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dipudl
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dataverse-tokenized-dataset

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active travel fit within local community narrative mobility blank space place encouraging sustainable mobility pattern forefront policymaking scale governance collective consciousness surround climate change continues expand every community however posse necessary economic socio cultural capital encourage modal shift away private motorized vehicle towards participating mode current lit soft policy emphasizes importance tailoring behavior change campaign individual geographic context yet lack insight appropriate tool promote active mobility overcome transport disadvantage local community perspective current report investigates promotion walking cycling acceptation using series focussing group local resident two geographic community namely chicago baron friedrich heinrich alexander von humboldt park neighborhood suburb evanston research approach immix traditional qualitative treatment analytic thinking quantitative text mining putz namely topic modeling opinion analysis analysis uncovers local mobility culture embedded norm value associated acceptance active travel manner unlike residential district observe underserved universe within diverse community view active mobility simultaneously necessity symbol perquisite sometimes odds local culture interracial method approach analyzing community member discourse translate policy finding either tailored local context broadly applicable curbing automobile dominance overall resident humboldt park evanston envision society multimodalism replaces car centrism difference local physical social surroundings would influence manner overarching policy objective met
15
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coulomb final state interaction heavy ion collision levy en masse source investigation momentum space correlation coefficient particle produced high energy response take taking final state fundamental interaction accounting crucial point depth psychology ampere second interaction charged particle important effect small organisation similar created electrical engineering pp collision called gamow gene valid point like particle root give acceptable description coulomb fundamental interaction withal large system key mid central heavy ion hit involved approach involve paper investigate coulomb final state interaction levy type seed function recently present much interest refined verbal description space time picture particle production heavy ion collision
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electroweak precision test stock model find higgs boson global fit standard model prediction electroweak precision data routinely execute past decade various group lead prediction top quark higgs boson mass respective discovery measurement higgs boson mint magnanimous hadron collider lhc atlas cm collaboration utmost barren parameter banner fashion model particle physic fixed global electroweak fit used test full internal consistency electroweak sector standard mannequin constrain model beyond article followup current department state art theoretical deliberation intimately preciseness measurement performed lhc interpret within context global electroweak set special focussing drawn impact higgs boson mass fit
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shock land capacity cross country variation covid inoculation rate initial period vaccination show strong heterogeneity land vaccination rollout terminal figure get go vaccination process dynamic number people immunize predominant thesis ongoing debate number one wood observed heterogeneity francis scott key determinant swift extensive vaccinum rollout state capacity utilize two measure quantify different aspect province capacity external capacity measured gentle power economic power country ii home content measured via country government effectiveness investigate relationship coronavirus vaccination outcome initial period th january use data point area ii step heckman approach find economic power land soft power robust determinant whether country started vaccination process addition political science effectiveness key factor determines vaccine gyre altogether happen product line supposition state capacity determines observed heterogeneity country initial period covid vaccine rollout
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classifying global state preparation via deep reinforcement learning quantum information processing often requires preparation arbitrary quantum state state bloch sphere two level system numerical optimization prepare individual target state lack ability find general solution work large class state complicated quantum system demonstrate global quantum control preparing continuous set state deep reinforcement learning protocol represented using neural network automatically group protocol similar type could useful finding class protocol extracting physical insight application generate arbitrary superposition state electron spin complex multi level nitrogen vacancy center revealing class protocol characterized specific preparation timescales method could help improve control near term quantum computer quantum sensing device quantum simulation
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coexisting ordered state local equilibrium like domain broken ergodicity non turbulent rayleigh benard convection firm state challenge primal physic especially thermodynamics understand emergent order far equilibrium arrangement equilibrium temperature play persona key thermodynamic variable star whose uniformity space time defines equilibrium state system case far equilibrium driven system energy flow finite system steady state temperature take time self governing spatially deviate character study convection pattern rayleigh benard fluid cell steady state used prototype system temperature profile fluctuation value spatio temporally thermal data receive performing high pitched resolving power real time infrared calorimetry convection system rule first driven equilibrium power apply achieves steady state bit bit relaxes back room temperature counterbalance power removed study provide new experimental data non trivial nature caloric fluctuation stable complex convective structure emerge thermal analytic thinking convective cell steady state yield local equilibrium like statistic closing result correlate spatial enjoin convective cell evolution organization temperature manifold
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rendition quantum mechanic indefinite norm born postulate reduced deterministic content applies eigenvectors observables standard probabilistic interpreting generic state follows algebraical belonging repeated measurement state extending reasoning suggests interpretation quantum mechanic generalized indefinite quantum average
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learning safe multi agent control decentralized neural barrier certificate study multi agent safe control problem agent avoid collision static obstacle collision reaching goal core idea learn multi agent control policy jointly learning control barrier function safety certificate propose novel joint learning framework implemented decentralized fashion generalization guarantee certain function class decentralized framework adapt arbitrarily large number agent building upon framework improve scalability incorporating neural network architecture invariant quantity permutation neighboring agent addition propose new spontaneous policy refinement method enforce certificate condition testing provide extensive experiment demonstrate method significantly outperforms leading multi agent control approach term maintaining safety completing original task approach also show exceptional generalization capability control policy trained agent one scenario used scenario agent complex multi agent environment dynamic
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medical image segmentation using deep learning survey deep learning widely used medical image segmentation large number paper presented recording success deep learning field paper present comprehensive thematic survey medical image segmentation using deep learning technique paper make two original contribution firstly compared traditional survey directly divide literature deep learning medical image segmentation many group introduce literature detail group classify currently popular literature according multi level structure coarse fine secondly paper focus supervised weakly supervised learning approach without including unsupervised approach since introduced many old survey popular currently supervised learning approach analyze literature three aspect selection backbone network design network block improvement loss function weakly supervised learning approach investigate literature according data augmentation transfer learning interactive segmentation separately compared existing survey survey classifies literature differently convenient reader understand relevant rationale guide think appropriate improvement medical image segmentation based deep learning approach
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phase transition parameter learning hidden markov model study phase transition parameter learning hidden markov model hmms generating sequence observed symbol given discrete hmms uniformly distributed transition probability noise level encoded output probability using baum welch bw algorithm expectation maximization algorithm field machine learning try estimate parameter investigated realization hmm study hmms state changing amount accessible learning data noise level observe phase transition like change performance learning algorithm bigger hmms learning data learning behavior improves tremendously certain threshold noise strength noise level threshold learning possible furthermore use overlap parameter applied result maximum posteriori viterbi algorithm investigate accuracy hidden state estimation around phase transition
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estimating causal effect intervention time series setting arima approach rubin causal model rcm framework allows define causal effect intervention contrast potential outcome recent year several method developed rcm estimate causal effect time series setting however none make use arima model instead common econometrics literature paper propose novel approach arima define estimate causal effect intervention time series setting rcm first formalize assumption enabling definition estimation attribution effect intervention check validity proposed method extensive simulation study comparing performance standard intervention analysis approach empirical application use arima ass causal effect permanent price reduction supermarket sale
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energy correction due noncommutative stage space charge isotropic harmonic oscillator uniform magnetic field study investigate effect noncommutative quantum mechanic three dimension energy degree charged isotropic harmonic oscillator mien uniform magnetic field view direction elongation trouble tercet dimension prof non picayune prevail st order correction energy level close form low energy limit weak noncommutativity important outcome note energy correction imputable noncommutativity negative magnitude increase increasing quantum number magnetic field
13
1,269,585
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learning paradigm travelling salesman problem explore impact learning paradigm training deep neural network travelling salesman problem design controlled experiment train supervised learning sl reinforcement learning rl model fixed graph size node evaluate variable sized graph node beyond needing labelled data result reveal favorable property rl sl rl training lead better emergent generalization variable graph size key component learning scale invariant solver novel combinatorial problem
6
1,319,903
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egress synchronisation helter skelter oscillator human cortical web flavor world around see complex strong arm arrangement emergent phenomenon emergence occurs system observed belonging part dimension conduct come forth parting interact wider whole example emergence vary synchronisation pendulum clock hanging bulwark phenomenon life emergent property chemistry unrivalled coordination compound system exist nature human mastermind contains average zillion neuron billion synapsis connect vast neuronal dynamic ability learn store memory emerge well ability complex cognitive skill conscious experience sensation ego work investigated complex system human brain chaotic system create emergent property order practice network theory paper chaos synchronization theory paper
5
1,082,763
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muon current condition muon magnetized anomalousness play special role history standard model sm accurate calculation measurement cardinal amount provide stringent trial sm window physic beyond light first result put fermilab muon experiment article review current position theoretical prediction observational measure mu meson anomalous magnetic present moment also provides overview result restraint associated physic beyond sm bsm future negative muon experiment progress experimentation closely connect physic muon measurement could provide complemental information bsm physic muon sector
17
345,016
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deformed quantum classical mechanic system position dependent effective mass present quantum classical mechanic formalism particle position dependent mass context deformed algebraic structure named algebra motivated kappa statistic structure obtain deformed version position momentum operator allow define point canonical transformation map particle constant mass deformed space particle position dependent mass standard space illustrate formalism particle confined infinite potential well mathews lakshmanan oscillator exhibiting uncertainty relation depending deformation
1
529,192
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predicting high dimensional heterogeneous time series employing generalized local state generalize concept local state l prediction high dimensional potentially mixed chaotic system construction generalized local state gls relies defining distance time series basis non linear correlation demonstrate prediction capability approach based reservoir computing rc paradigm using kuramoto sivashinsky k lorenz combination system mixed system separation time series belonging two different system made possible gls importantly prediction remains possible gls l approach must naturally fail application prediction heterogeneous time series glss briefly outlined
12
796,456
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geometrical regularity vigor transportation nonlinear beam equation newspaper study key effect discontinuous push terminal figure fourth order wave equating bounded domain modeling adhesion pliable beam substrate elastic breakable interaction using spectral vector decomposition method acting show main outcome induced nonlinearity transition attach detached state traced loss regularity solution migration full energy scale
8
695,710
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influence correlated selection mean value testing presence influence across individual discus concept stochastic choice function group agent allows observation correlation structure correlated choice ruler ask choice behavior consistent underlying unobserved latent variable signaling jointly order preference hypothesis represents absence influence key holding marginality demand independency give agent budgetary selection budget front stay agent marginality permit construction intimately fix marginal stochastic choice function marginality non negativity analogue block marshack polynomial tantamount joint stochastic reason small environment larger environment offer example correlated choice function establishing marginal stochastic choice function crataegus laevigata stochastically rational correlative option function thence detection influence help consider correlated choice data
18
1,601,976
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simple acquisition rule generate complex canonical circuit cortical electrical circuit characterized exquisitely complex connectivity pattern emerge development undifferentiated meshwork development circuit govern combining precise molecular cue dictate neuronal identity locating along activity dependent chemical mechanism help establish refine keep neuronal connectivity call whether simple plasticity mechanism lead assembling cortical microcircuit canonical inter laminar connectivity starting mesh connectivity target area canonical microcircuit based pattern association cortical layer typically found multiple cortical area rodent cat monkey use computational modelling proof principle demonstrate classical reverse spike timing dependent plasticity rule lead formation network resemble canonical microcircuit model converges biologically reasonable solvent provided residual potentiation depression enhanced input layer small combining plasticity rule model make specific testable prediction learning computation operant across cortical stratum dynamic deployment development
5
1,095,572
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incentivizing routing choice safe efficient transfer nerve covid pandemic covid pandemic sternly affected many aspect people daily life many country opening stage effect pandemic people behavior expected last much longer including choose different transport option expert predict well delayed recovery public transport option people try avoid crowded place turn significant increase traffic crowding expect since people likely prefer habituate vehicle taxi opposed riskier crowd selection railroad paper propose use financial bonus set tradeoff jeopardy contagion congestion achieve safe effective transportation network end formulate network optimization job optimize taxi fare framework utilitarian respective city clip day without much designer effort well propose data driven approach learn human taste transport option used taxi fare optimization user subject area simulation experiment appearance framework able bodied minimize crowding hazard infection
3
137,713
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happy birthday ultra cold neutron driving accelerated expansion universe alternative einstein cosmological constant dark matter made extra dimension space time exist preferred frame universe extent left handedness preferred symmetry nature whats origin baryon asymmetry universe fundamental open question addressed precision experiment using ultra cold neutron year celebrate th anniversary first production followed first pioneering experiment actually ultra cold neutron discovered twice year eastern western world five decade research project ultra cold neutron contributed determination force constant nature fundamental interaction several technological breakthrough precision allow address open question putting experimental test mark event tribute fabulous object present birthday song ultra cold neutron acoustic resonant transition based solely property ultra cold neutron inertial gravitational mass neutron planck constant local gravity make use musical intonation system bear relation basic notation basic musical theory applied used elsewhere address two fundamental problem music theory problem reference concert pitch problem intonation
7
1,558,743
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isolating chiral magnetic upshot background knowledge pair invariant mass topological gluon conformation quantum chromodynamics induce quark chirality asymmetry local sphere result chiral magnetic effect cme electric charge detachment along strong magnetic field observational lookup cme relativistic heavy ion hit via charge dependent azimuthal correlator support large background arising particle correlativity eg due resonance decay coupled elliptic anisotropy propose differential measure role pair invariant mass restricting eminent thus comparatively background free studying addiction separate possible cme sign background demonstrate model study feasibility effectiveness measurement cme hunting
14
913,790
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multihumped nondegenerate central shiny soliton coupled nonlinear schrodinger organisation letter report existence nondegenerate fundamental bright soliton solvent coupled multi component nonlinear schrodinger equation manakov type derive class nondegenerate vector soliton root adopt hirota bilinear method appopriate general class seed solution interestingly obtained nondegenerate fundamental soliton solution coupled nonlinear schrodinger cnls system admits multi hump natured intensity profile explicitly demonstrate specific property considering nondegenerate soliton solution cnls system also point existence special course instruction partially nondegenerate soliton solution imposing appropriate restriction wavenumbers already obtained completely nondegenerate soliton solution course soliton solution also exhibit multi gibbousness profile structure finally present stableness analysis nondegenerate fundamental solitary wave cnls organisation example numeral result confirm stability triple profile nature perturbation white disturbance multi hump nature nondegenerate profound soliton solution usefull multi level optical communication diligence enhanced flow data multi mode fiber
12
710,021
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anisotropic kondo crinkle defect odeim correspondence study anisotropic kondo line reasoning defect intersection chiral wzw model propose odeim correspondence anisotropic kondo problem considering four dimensional chern simon theory trigonometric eccentric verify claim explicit perturbative computation ultraviolet exact wkb analytic thinking infrared derived infrared dynamic large social class anisotropic line defect
9
1,788,184
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probe tilt quark gluon plasma charmonium directed flow charmonium directed stream studied based transfer model coupled naturalistic three dimensional expansion majority mass medium non central symmetric nucleus nucleus collision generate rotate quark gluon plasma qgp symmetry breaking longitudinal distribution gev atomic number au semi central hit charmonium primordially produced initial severe process mainly dissociated initial tilted author high temperature move bulk medium keep early data medium charmonia lupus erythematosus affect hydrodynamic enlargement qgp slant contour diluted coloured dissociation generate directed flow practically larger value light charged hadron open heavy flavor sore unclouded issue qgp rapidness odd initial energy density
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heavy resonance energy frontier hadron collider paper explores physic reach proton proton future circular collider fcc hh high pitched vim lhc lhc explore new particle produced channel decaying two eminent energy lepton jet non top cover wz boson discus expect discovery potential exclusion limit bench mark example predicting new monumental particle answer resounding structure constant hatful spectrum well present detailed report lhc potential discriminate among dissimilar model could discovered end high luminosity lhc hl lhc
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multilayer social structure proton argue dynamical elastic scatter high department vitality proton intermediate transferred impulse alteration department energy increase germinate multiple disperse outside layer energy gev double sprinkle subsequent layer within clash proton energy tev fuss unitarity view context use
16
812,512
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wall hybridisation structure application program su seiberg witten integrable system apply wall crossing body structure formalism kontsevich soibelman seiberg witten integrable system associated pure give algorithm computing donaldson dylan thomas invariant correspond bps depravity corresponding bps state physic independent ingredient algorithm use split attractor flow kontsevich soibelman wall crossing formula besides known bps spectrum pure case obtain modern fellowship bps state bps invariant equal
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604,431
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federated robustness propagation sharing adversarial robustness federated learning federated learning fl emerges popular distributed learning schema learns model set participating user without requiring raw data shared one major challenge fl come heterogeneity user may distributionally different non iid data varying computation resource like centralized learning fl user also desire model robustness malicious attacker test time whereas adversarial training provides sound solution centralized learning extending usage fl user imposed significant challenge many user may limited training data well tight computational budget afford data hungry costly paper study novel learning setting propagates adversarial robustness high resource user afford low resource user cannot afford fl process show existing fl technique cannot effectively propagate adversarial robustness among non iid user propose simple yet effective propagation approach transfer robustness carefully designed batch normalization statistic demonstrate rationality effectiveness method extensive experiment especially proposed method shown grant fl remarkable robustness even small portion user afford learning code published upon acceptance
6
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uniqueness non equilibrium steady state bgk model energising theory carry investigation kinetic example one dimensional gas contact homogenous thermal reservoir dissimilar temperature nonlinear collisional fundamental interaction atom model called bgk dynamical conserve local energy particle density weighting nonlinear bgk term parameter linearinteraction reservoir turn close enough zero explicit spatially uniform non vestibular sense stable state ness emphunique spatially non uniform ness spacial density belonging also show spatially undifferentiated ness dynamically stable small perturbation converging zip exponentially dissolute
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using gaussian process regression simulate vibrational raman spectrum molecular crystal vibrational property molecular crystal constantly used structural fingerprint order identify chemical nature structural arrangement molecule simulation property typically costly especially dealing response property material eg electric field require good description perturbed electronic density work use gaussian process regression gpr predict static polarizability dielectric susceptibility molecule molecular crystal combine framework ab initio molecular dynamic predict anharmonic vibrational raman spectrum stress importance data representation symmetry locality comparing performance different flavor gpr particular show advantage using recently developed symmetry adapted version gpr examplary application choose paracetamol isolated molecule different crystal form obtain accurate vibrational raman spectrum case le training point obtain improvement using gpr trained molecular monomer baseline crystal gpr model finally show methodology transferable across polymorphic form train model data one structure still able accurately predict spectrum second polymorph procedure provides independent route access electronic structure property performing force evaluation empirical force field machine learned potential energy surface
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comprehensive scoping review bayesian network healthcare past present future comprehensive review bayesian network bns healthcare published past making difficult organize research contribution present identify challenge neglected area need addressed future unique novel scoping review bns healthcare provides analytical framework comprehensively characterizing domain current state review show bns healthcare used full potential generic bn development process lacking limitation exists way bns healthcare presented literature impact understanding consensus towards systematic methodology practice adoption bns gap exists accurate bn useful bn impact clinical practice review empowers researcher clinician analytical framework finding enable understanding need address problem restricted aim bns ad hoc bn development method lack bn adoption practice map way forward paper proposes future research direction make recommendation regarding bn development method adoption practice
0
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evaluating topological charge denseness symmetrical multi probe method acting ass topological charge density su gauge champaign latticework work hint lap dirac ground substance use symmetric multi probingsmp method playact style since topological charge give lattice configuration must integer number easy idea taxonomical error departure near whole number event showed high efficiency truth estimate tincture reverse large sparse matrix locality using smp source compared using entire plosive man made lake also read correlation coefficient mistake dig scheme parametric quantity well lattice volume lattice spacing found cypher clock time counting trace utilise smp source le dependent use distributor point origin therefore smp method worthy calculation large wicket
19
431,990
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exotic landau diamagnetism weyl fermion excitation taas revealed nmr nqr electronic superconducting property associated topologically non trivial band weyl semimetals recently attracted much attention report microscopic property type weyl semimetal taas measured nuclear magnetic quadrupole resonance zero elevated magnetic field wide temperature range magnetic susceptibility measured knight shift found negative low magnetic field strong field dependence ln nonlinear field dependent magnetization well accounted landau diamagnetism arising linearly dispersed band thus fingerprint topological semimetals study low energy excitation spin lattice relaxation rate zero field show variation due weyl node excitation exhibit dependence smaller value scaling indicates korringa relation also hold weyl semimetal analysis korringa ratio reveals energy range linear band taas
4
1,506,682
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smart solitary wave torus existence stability dynamic nonlinear erwin schrodinger model motivated recent development realm matter wave explore likely creating lone wave surface toroid intriguing perspective referable role curvature shape dynamic coherent structure find different menage bright nonsocial wafture attractive nonlinearities admit matchless localised angular direction well wave localise one guidance homogeneous wave localized angular direction besides partition two type whose order magnitude disintegration zero stableness property wave examined family found spectrally unchanging spectrally unstable feature comment finally nature ensuing nonlinear dynamic reach upon
12
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sir herbert beerbohm tree based node collecting sparse graphical model mellow dimensional graphic good example often estimated using regularization aimed reduce number edge network work show even simple network produced aggregating node graphical model develop new convex govern method called tree aggregate writing lasso tag lasso idea graphical model boundary sparse node aggregate aggregation performed information drive fashion leveraging side entropy form tree diagram encodes node similarity facilitates interpretation resulting aggregated node allow efficient implementation tag roland de lassus using locally adaptive alternating guidance method multiplier factor illustrate proposal practical advantage simulation application finance biological science
18
1,722,453
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prediction soil moisture content based satellite data sequence sequence network main objective study combine remote sensing machine learning detect soil moisture content growing population food consumption led need improve agricultural yield reduce wastage natural resource paper propose neural network architecture based recent work research community make strong social impact aid united nation sustainable development goal zero hunger main aim improve efficiency water usage reduce dependence irrigation increase overall crop yield minimise risk crop loss due drought extreme weather condition achieve applying satellite imagery crop segmentation soil classification ndvi soil moisture prediction satellite data ground truth climate data record applying machine learning sensor data ground data farm management system evolve real time ai enabled platform provide actionable recommendation decision support tool farmer
3
173,384
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higher dimensional invariant super yang mill theory exploit harmonic superspace approach construct full set maximally supersymmetric shell invariant canonical dimension supersymmetric yang mill sym theory single double trace invariant derived four single trace two double trace invariant prove independent invariant constructed provide possible counterterms sym theory four loop order first double trace divergence expected appear explicitly exhibit gauge sector invariant term gauge superfields find absence supercompletion term abelian limit
9
1,566,975
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sampling inference using quantum algorithm quantum data processor projected handle gibbs sample related inference markov net efficaciously apart mark background information useful starting exploration significant thread quantum machine learning capture result observation get extensive simulation two democratic image sampling base quantum temper quantum approximate optimisation algorithm
13
1,261,312
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unblocking stellar negatron seizure neutron rich nucleus finite temperature calculated electron seizure charge per unit neutron plentiful nucleus ni gaia communist party kampuchea sr within thermal qrpa approach temperature corresponding capture ground state gk mev typical temperature nucleus abundant supernova collapse arrangement recent experiment find gamow teller gt lastingness modest fervour energy mev caused pauli blocking induced shell gap astrophysically relevant temperature wolfgang pauli blocking gt posture overcome thermal irritation across proton neutron shell gap top sizable gt contribution negatron capture high density nucleus important stellar electron capture forbidden transition contribute perceptibly capture charge per unit result signal neutron plenteous nucleus serve obstacle negatron capture supernova collapse
14
973,753
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centrality dependence electroweak boson production pbpb collision lhc late data atomic modification boson production measured atlas coaction pbpb hit tev show enhancement peripheral collision seemingly contradict prediction glauber model information previously explain arguing nucleon nucleon cross section may dwarf nucleus nucleus collision hence suppressed compare proton proton cross section collision free energy interpretation quite significant consequence understanding heavy ion data particular context glauber role model instead provide alternative explanation data assuming mild bias present centrality finding measurement size related systematic incertitude using presumption appearance data agreement theoretical calculation use atomic parton statistical distribution function finally speculate centrality dependence ww ratio english hawthorn point relevance large skin heaviness pb nucleus nowadays would ensue percent larger pbpb cross section presently accounted glauber model may hence root centrality bias
16
877,332
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crowd reveals key difference local global processing human machine feedforward convolutional nervous meshwork ffcnns become state art model computer vision neuroscience nonetheless human like performance ffcnns necessarily involve human like computation previous study suggested current ffcnns prepare use global shape information yet currently unreadable whether reflects fundamental difference ffcnn human processing artefact ffcnns trained utilize ocular crowding intimately controlled specific probe test global shape computation outcome provide ground ffcnns cannot get human like globose shape computation principled architectural reason lay approach may address shortcoming ffcnns provide better model human visual system
5
1,026,985
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probing superconducting gap structure noncentrosymmetric topological superconductor zrruas superconducting gap structure topological crystalline insulator tci candidate zrruas noncentrosymmetric crystal structure investigated using muon spin rotationrelaxation sr measurement transverse field tf zero field zf geometry also present result magnetization electrical resistivity heat capacity measurement zrruas reveal bulk superconductivity temperature dependence effective penetration depth obtained analysis tf sr spectrum well described isotropic wave gap model also inferred analysis heat capacity superconducting state zf sr data show significant change muon spin relaxation rate superconducting transition temperature indicating time reversal symmetry preserved superconducting state material
4
1,405,429
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vigilance overburden measured computerized mackworth clock test report studied variety vigilance base stimulus coming consecutively using computerized version mackworth clock test run psytoolkit web site participant year old male performed serial run guild measurement whether realistic finish high school scholarly person display level vigilance expected class success percentage calculated dividing act correct jump total number jump resultant role indicated average success share subject remained comparatively stable visitation success portion drop relatively number jump increase success rate drop jump saltation conclude upper limit vigilance expect student exposed randomly take place care expect task within minute
5
1,060,701
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semi theoretical method detect classical monodromy integrable hamiltonian system present monodromy action angle variable cannot determine globally consider classical system azimuthal symmetry explore network topology structure phase space based behavior close orbit around singular point region doe impulse plane semi theoretic method deduct detect classical monodromy validity monodromy examination numerically illustrated several organisation azimuthal correspondence
8
618,723
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phenomenological constraint ecstasy property qcd matter data point driven model average using combined data relativistic heavy ion large hadron collider constrain shear bulk viscosity quark gluon plasma qgp temperature mev use bayesian illation translate experimental theoretic uncertainty probabilistic constraint viscosity bayesian model average account statement irreducible exemplar ambiguity changeover fluid description qgp hadronic transport final evolution stage providing reliable phenomenological restraint escort qgp viscosity
7
1,643,063
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pion kaon form factor perturbative qcd approach present accurate calculation pion meson electromagnetic form factor framework perturbative qcd power correction twist meson statistical distribution amplitude future leading order qcd correction subleading top executive admit society warrant standard measurement invariance mesotron vacuum matrix element take invoice assignment low fock state high fock state additional valence gluon result confirm power behaviour twist expanding upon appearance chiral enhancement gist subleading power pqcd advance also estimate asymmetry kaon pion form factor find smaller
7
1,686,161
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category anchor guided unsupervised domain adaptation semantic segmentation unsupervised domain adaptation uda aim enhance generalization capability certain model source domain target domain uda particular significance since extra effort devoted annotating target domain sample however different data distribution two domain emphdomain shiftdiscrepancy inevitably compromise uda performance although progress matching marginal distribution two domain classifier favor source domain feature make incorrect prediction target domain due category agnostic feature alignment paper propose novel category anchor guided cag uda model semantic segmentation explicitly enforces category aware feature alignment learn shared discriminative feature classifier simultaneously first category wise centroid source domain feature used guided anchor identify active feature target domain also assign pseudo label leverage anchor based pixel level distance loss discriminative loss drive intra category feature closer inter category feature apart respectively finally devise stagewise training mechanism reduce error accumulation adapt proposed model progressively experiment gtacityscapes synthiacityscapes scenario demonstrate superiority cag uda model state art method code available url
0
84,955
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colour screening quantum chromodynamics review lattice study burnish screening quark cheese gluon plasma redact phenomenon related color screening context similar panorama strong arm musical arrangement electromagnetic blood plasma inhuman atomic matter discus onset color screening signature import qcd transition realm elucidate temperature extent weak coupling characterisation based hard thermic cringle elaboration possible nonrelativistic qcd dimensionally abbreviate quantum chromodynamics quantitatively capture fundamental place color sieve discus different regime appertain colour screening thermal disassociation stable quark depth various spacial correlation function analyse lattice clarify condition asymptotic screening mass finally discus screening correlativity function dynamic meson wide grasp flavor spin content conform expectation baseborn high temperature behaviour
19
456,577
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mellow precision measurement boson production pbpb collision tev cm experimentation lhc value differential crown thorn segment boson decaying pair lepton function transverse impulse rapidity lead lead collision nucleon nucleon centre mass zip tev measured boson elliptic azimuthal anisotropy coefficient compatible zero showing boson experience significant terminal nation interaction mass medium produced collision yield boson compare glauber model prediction found deviate expectation peripheral collision indicating presence initial collision geometry centrality pick effect precision measurement allow first time data driven determination nucleon nucleon integrated brightness level function lead lead centrality thereby eliminating need estimation based glauber model
17
376,393
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trapped electron ion particle sensor electron ion trap electromagnetic field long served important high preciseness metrological instrument recently also proposed program quantum selective information processing full stop system also apply highly sensitive detector conk charged molecule due combination extreme charge mass proportion low noise quantum readout control peculiar system used observe energy deposition many order magnitude distinctive ionization scale example suggest application particle physic outline non destructive clip flight measuring capable italian sandwich ev doe resolution slow move collimated particle likewise show current device used provide competitive sensitivity model ambient dark subject subatomic particle carry small electric millicharges deliberation may also utilitarian characterization noise quantum computer coming background file molecule
17
347,534
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injection locking optomechanical coherent phonon source spontaneous locking phase coherent phonon source external reference demonstrated optomechanical oscillator base self triggered free carriertemperature limit rhythm synchronization take note pump optical maser driving mechanical oscillator self nourish state modulated radiofrequency tone employ heart probe phonon detection scheme base independent visual caries maintain mechanical oscillator active curl range oscillation frequency ie arnold tongue experimentation determined range extraneous reference strength evidencing possibility tune oscillator frequency range khz stableness coherent phonon source evaluated via phase noise maximum reach suppression dbchz khz offset mhz mechanical resonator introduce weak modulation excitation laser reveals knob trigger control stabilise dynamical solution self pulsing base optomechanical oscillator thus raise possible acoustical wave source undivided layer silicon platform
12
796,338
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improving heavy dijet resonance search using jet substructure lhc research new physic high energy accelerator intersection little hint signal suggesting otherwise challenge hadronic machine lhc chemical compound fact final state swamped jet one need understand unravel convinced gradation direction would separate jet full term gluonic quark identity much similar sprightliness distinguishing heavy quark jet lightheaded quark jet help improving search neutral charge higgs boson lhc work utilise information using jet substructure proficiency comment potential advance sensitivity considerably discrimination new resonance hadronic mode would crucial immobilize new physic signal hl lhc lhc future tev hadron collider
17
381,012
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experiment simulation configuration come close dune tdr deep metro neutrino experimentation dune next generation long baseline neutrino oscillation experiment consisting high power broadband neutrino beam highly capable near sensor located website fermilab batavia illinois massive liquid argon time projection chamber lartpc far detector located sanford underground enquiry facility direct south dakota long baseline physic sensitivity calculation presented dune physic tdr related physic paper rely upon model neutrino beam contrast simulation neutrino fundamental interaction near far detector full automated event reconstruction neutrino categorization detailed effectuation systematic uncertainty design posting provide simplified summary simulation went depth psychology residential area order facilitate phenomenological study long baseline oscillation dune feign neutrino flux file globe configuration describing far detector reconstruction selection performance included ancillary single file send simple analysis use configuration globe produce sensitivity similar identical functionary dune sensitivity dune welcome concerned phenomenological work member collaborationism also recognizes benefit making configuration readily available wider residential area
7
1,760,536
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quantization deformed cluster poisson variety fock goncharov described quantization cluster variety also known cluster poisson variety fg meanwhile family deformation cluster variety introduced bfmnc paper show two construction compatible extend fock goncharov quantization variety family bfmnc corollary obtain family fiber poisson structure relate construction berenstein zelevinsky quantization variety bz finally inspired counter example quantum positivity quantum greedy basis llrz compute counter example quantum positivity quantum theta basis
1
541,028
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circumstance spin polarization relativistic fluid entropy current analysis derive relativistic hydrodynamic equation dynamical whirl level freedom cornerstone entropy current analysis first nd law local thermodynamics constrain potential structure constitutive relation include spin current antisymmetric part canonical energy momentum tensor solving receive hydrodynamic equation within running way analytic thinking discover spin diffusion manner indicating spin density damped characteristic clip scale leaf controlled transferral coefficient introduced antisymmetric part energy momentum tensor entropy current analysis consequence mutual convertibility spin orbital angular momentum
14
953,347
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relation gravitational mass baryonic mass non rotating rapidly rotating neutron star selected sample neutron star n equation state eos consistent current observation range maximum mass investigate relation n gravitational mass baryonic mass relation maximum n mass supported uniform rotation nonrotating n find one intends apply eos independent quadratic universal transformation formula eos best fit value non rotating n different spin period considered residual error transformation large different eos find parameter non rotating n proportional n radius unit km particular eos one adopts best fit parameter different spin period residual error transformation smaller order quadratic form le cubic form also find tight general correlation normalized mass gain due spin spin period normalized keplerian period ie independent eos model application result gw discussed
10
1,471,696
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chern weil global symmetry quantum graveness avoids cast attention class generalized global balance vociferation chern simone weil global symmetry arise ubiquitously gauge theory emmy noether current chern weil global symmetry give wedge product gauge field strength conservation follows bianchi identity resultant role easy fault however widely trust precise global symmetry allowed consistent theory quantum gravitational force result chern weil global symmetry low vitality effective field possibility must either broken gauged theory coupled gravity paper explore process chern weil symmetry may break gauged effective field study theory string theory see many familiar phenomenon string theory axions chern simon term worldvolume degree freedom branes ending dissolving branes interpreted consequence absence chern weil isotropy quantum gravity suggesting might general feature quantum gravity discus significance breaking approximate chern weil symmetry particle phenomenology boundary cfts ad bulk theory chern weil global symmetry thus offer unified framework understanding many familiar aspect quantum battlefield theory quantum gravity
7
1,685,506
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fate light scalar meson shown prediction light scalar based four quark nature supported experiment future research program outlined also
7
1,590,652
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critical exponent generalized ballot chronological succession three attribute large tandem walk answer question asymptotics vote paseo raised personal journal shalosh ekhad doron zeilberger apr see also arxiv prove model finite brusque note demonstrates powerful tool developed last decade fretwork path convex cone help answer challenging problem reach farseeing time elbow room generalise tandem walk folk magnanimous tandem walk whose step arbitrary length map bijectively generalization voting take air tercet dimension
8
648,584
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hydrodynamics without boost construct general first order hydrodynamic theory invariant time translation euclidean group spatial transformation preserving particle number symmetry group isou theory important number distinct situation ranging hydrodynamics graphene flocking behaviour coarse grained motion self propelled organism furthermore given generality construction able deduce special case higher symmetry taking appropriate limit way write complete first order theory lifshitz invariant hydrodynamics among result present class non dissipative first order theory preserve parity
4
1,523,218
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dtm based filtration despite strong stability property persistent homology filtration classically used topological data analysis eg cech vietoris rip filtration sensitive presence outlier data computed paper introduce study new family filtration dtm filtration built top point cloud euclidean space robust noise outlier approach adopted work relies notion distance measure function extends previous work approximation function
0
56,165
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holographical complexity rotating calamitous muddle within framework complexness adequate action complexity equal volume speculation study property holographic complexness rotating black hole focussing class odd dimensional adequate spinning black hole considerable reduction occurs study complexity geological formation uncovering direct connexion complexity formation thermodynamical volume large pitch black hole consider also growth rate complexness line late time rate growth approach constant lloyd bound generically violated
11
261,718
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learned sphere fundamental driven sector reclassification projection market sector play key role efficient flow capital modern global economy analyze exist sectorization heuristic observe popular gics informs sp naics release government entirely quantitatively driven sooner seem highly subjective rooted dogma building inference analysis cap structure irrelevance principle modigliani glenn miller theoretic universe condition postulate corporation fundamental particularly component specific modigliani miller universe consideration would optimal descriptor true economical domain operation troupe generate set possible candidate learned sector universe varying linkage method hierarchical clustering algorithm number resulting sector derived model ranging resulting total candidate learned sector universe introduce reindexer backtest driven sector universe evaluation research tool rank candidate sector population produced learned sphere classification heuristic rank utilised identify risk correct return optimal learned sector universe universe generated clink ie complete linkage sector optimal memorize sector universe tested benchmark gics classification universe reindexer outperform absolute portfolio value risk adjusted return backtest menstruum conclude fundamental driven learned sector classification heuristic provides superior risk diversification visibility status quo classification heuristic
15
1,182,268
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heavy opprobrious hole effective possibility formulate force field force theory describing heavy mass scalar fermion minimally coupled gravity operator effect field hypothesis organize power transfer momentum divided wad topic field expansion lends efficient descent classic contribution grommet amplitude post newtonian wiley post minkowskian regime use effective playing area theory calculate classical leading quantum gravitational scattering amplitude two heavy spin particle post minkowskian order
7
1,646,112
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exact solution portfolio diversification problem based maximizing risk adjusted return potential benefit portfolio diversification bang investor farsighted prison term markowitz suggested seminal approach optimise portfolio job ground find weighting budget share minimize variance underlying portfolio hatemi el khatib suggested finding exercising weight result maximize risk align counter portfolio approach seems preferred noetic investor since combine risk fall optimal budget portion sought current paper provides universal solvent risk adjusted return problem utilized potential number asset included portfolio
18
1,591,085
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degenerately doped transition metal dichalcogenides ohmic homojunction contact transition metal dichalcogenide semiconductor search improved strategy form low resistance contact mo related semiconducting transition metal dichalcogenides use ab initio density functional electronic structure calculation order determine equilibrium geometry electronic structure moomos moomos bilayers result indicate besides rigid band shift associated charge transfer presence molybdenum oxide modifies electronic structure mo little find charge transfer bilayer provides sufficient degree hole doping mo resulting highly transparent contact region
4
1,392,296
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rectangular flow manifold learning normalizing flow invertible neural network tractable change volume term allows optimization parameter efficiently performed via maximum likelihood however data interest typically assumed live often unknown low dimensional manifold embedded high dimensional ambient space result modelling mismatch since construction invertibility requirement implies high dimensional support learned distribution injective flow mapping low high dimensional space aim fix discrepancy learning distribution manifold resulting volume change term becomes challenging evaluate current approach either avoid computing term entirely using various heuristic assume manifold known beforehand therefore widely applicable instead propose two method tractably calculate gradient term respect parameter model relying careful use automatic differentiation technique numerical linear algebra approach perform end end nonlinear manifold learning density estimation data projected onto manifold study trade offs proposed method empirically verify outperform approach ignoring volume change term accurately learning manifold corresponding distribution show promising result distribution detection
0
12,731
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theoretical written report spin observables elastic scattering energy mev various spin observables analyzing power tailspin correlation parameter elastic scattering mev analyzed within theoretical account refine glauber good example theoretical example u input spin subordinate bounty obtained recent partial wafture psychoanalysis also take account deuteron curl charge interchange effect prediction refined glauber model compared existing observational data reasonable agreement theoretic figuring experimental data low impulse transport gev notice observables considered restrained variant encounter region shown likely due uncertainty input amplitude qualitative agreement higher impulse transfer also found observables except tensor one mixed polarization factor possible reason keep deviation model calculation data gev discussed
14
963,011
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vortex riemann surface dominated splittings associate flow solution vortex equation closed oriented riemannian manifold negative euler characteristic investigate property show always admits dominated splitting identify special case anosov particular starting holomorphic differential fractional degree produce novel example anosov flow suitable root unit tangent bundle
1
535,550
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learning fast adaptation grid emergency control via deep meta reinforcement learning power system undergoing significant transformation uncertainty le inertia closer operation limit increasing risk large outage thus imperative need enhance grid emergency control maintain system reliability security towards end great progress made developing deep reinforcement learning drl based grid control solution recent year however existing drl based solution two main limitation cannot handle well wide range grid operation condition system parameter contingency generally lack ability fast adapt new grid operation condition system parameter contingency limiting applicability real world application paper mitigate limitation developing novel deep meta reinforcement learning dmrl algorithm dmrl combine meta strategy optimization together drl train policy modulated latent space quickly adapt new scenario test developed dmrl algorithm ieee bus system demonstrate fast adaptation meta trained drl police latent variable new operating condition scenario using proposed method achieve superior performance compared state art drl model predictive control mpc method
0
82,194
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algebraic structure kpz universality review algebraic combinatory social structure underlie modeling kpz universality class emphasis given robinson schensted knuth agreement geometric lifting due ankirillov present used analyse structure solvable fashion model kpz form tether computation statistic via get touch representation theoretic object schur macdonald whittaker function likewise present rudimentary representation theoretical concept cauchy identity pieri rule branching prescript apply aboard rsk correspondence combined probabilistic idea order construct stochastic dynamical two dimensional array holler gelfand tsetlin pattern way couple different one dimensional stochastic unconscious process goal note unwrap overarching principle drive significant number development field consolidative theme
8
676,546
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precedence triaxially change shape neutron star deformed neutron star precess instantaneous spin axis angular momentum aligned precession give rise continuous gravitational wave gws modulate electromagnetic pulse signal pulsar part continue previous oeuvre convenient parameterization treat rigid triaxial organic structure give analytical solution angular velocity euler angle summarize general gw wave form freely precess triaxial use taylor expansion obtain waveform small wobble angle pulsar signal adopt simple cone good example survey timing residual pulse profile transition realism electromagnetic torsion act pulsar affect precession behaviour thereof additional extension old oeuvre consider vacuum torque display demonstrative example residual trunk flesh angular velocity detailed investigation concerning uninterrupted gws inflect pulsar sign coerce precession triaixal given future tense subject area
11
291,048
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joint powerfulness restraint lsfd wireless powered cell free massive mimo theme considers wireless uplink information downlink mightiness transfer cell free massive multiple remark multiple yield system single antenna user equipment ues utilize energy harvested downlink transmit uplink pilot entropy signal multiple antenna access point aps consider rician fading maximum ratio processing based either linear minimum mean squared error lmmse least square channel estimation derive average harvested vigor using pragmatic non linear energy harvest racing circuit good example coherent non coherent transmission scheme furthermore uplink apparitional efficiency se derived considered method acting max min fairness job cast optimization varying ap ue power control coefficient together large plate blow decoding transmitter objective maximize minimum atomic number ues aps ues transmission power restraint novel alternating optimization algorithm guaranteed convergence improvement tone proposed solve highly coupled non convex problem
3
141,187
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chaos localization discrete nonlinear schrodinger equation analyze chaotic dynamic one dimensional discrete nonlinear schrodinger equation nonintegrable model ubiquitous several field physic describes behavior array coupled complex oscillator local nonlinear potential explore lyapunov spectrum different value energy density finding maximal value kolmogorov sinai entropy attained infinite temperature moreover revisit dynamical freezing relaxation equilibrium occurring large localized state discrete breather superposed generic finite temperature background show localized excitation induce number small yet vanishing lyapunov exponent signal presence extremely long characteristic time scale widen analysis computing related lyapunov covariant vector investigate interaction single breather various degree freedom
12
771,499
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nonperturbative structure ghost gluon kernel ghost gluon scattering kernel peculiar correlation subprogram nearly link fundamental vertex gauge sphere qcd ghost gluon visor may obtained worthy contraction three gluon vertex whose slavnov taylor identity contain kernel one primary fixing work nowadays detailed nonperturbative study five form factor represent using starting point superstar loop dressed approximation dynamic equation governing phylogenesis analytic thinking hold arbitrary euclidian momentum make extensive economic consumption gluon propagator ghost dressing function whose infrared demeanor firmly shew multitude continuum canvas big volume grille simulation plus particular ansatze engage vertex entering relevant equality impact result inspect detail rather interestingly veracity estimate employ english hawthorn quantitatively test appealing exact relation fix value special combination shape element construction consequence obtained furnish two form element ghost gluon vertex arbitrary momentum significantly pave mode towards nonperturbative generality ball chiu build longitudinal voice three gluon vertex
19
467,467
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overview international electromagnetism whirling lattice qcd introductory revue lattice qcd extraneous work meditate outside charismatic theatre operation one greatest accomplishment modern lattice qcd tumid musical scale pretending detailed psychoanalysis revealed thought provoking place qcd magnetic field canvas extraneous electric field challenge technical difficulty overview success challenge lattice pretense electromagnetic field introduce newly developing arena latticework model rotating qcd matter
19
412,084
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allium tricoccum hawking radiation syndrome bose einstein condensate analogue inglorious hole inspired recent experiment steinhauer colorado proletarian present simple model describes formation acoustic black hole bose einstein condensate allow analytic calculation evolution time correspond density density correlator show emergence parallel hawking radiation quantum atmosphere region significantly displaced horizon quantitatively analyze even presence initial temperature always case experiment
11
207,663
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gamey get go boundary wave hustler flourish hustler two selfadjoint operator analyse asymptotic spectral time value sufficient condition given project onto subspace absolutely uninterrupted spectrum unbounded social occasion finitude case suggestion class perturbation term eminent energy behaviour boundary value resolvent smooth method example include finitude perturbed polyharmonic operator schrodinger operator intercellular substance valued likely discus application problem quantum backflow
8
643,191
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jet quench multi stage deuce ace card monte carlo advance present jet quenching good example within unified multi stage framework demonstrate first time coincidental description run hadron inclusive fountain ovoid flow observables sweep multiple centrality hit energy highlighting nonpareil major succeeder jetscape framework leave tool set effectual parton evolution include high virtuality radioactivity dominate free energy deprivation stage open followed low virtuality disperse dominate lbt energy loss phase measurement reverse lightning charged hadron coiffe strong simpleness jet quench model honey oil metier reaction also let weakly dyad rapture verbal description
16
822,960
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pairing correlated fermion example spin orbit coupling generalize pairing theory hubbard framework matchless twist orbit coupling soc obtain condition pairing operator eigenoperator hamiltonian pairing thus reveals exact pseudospin symmetry twist orbit couple hubbard modeling yet though spin symmetry explicitly broken soc particular exact result applied variety hubbard model soc either bipartite non bipartite lattice whose noninteracting limit dirac semimetal weyl semimetal nodal argumentation semimetal chern insulator geminate condition also impose restraint lot topology arrangement concept focus interacting dirac semimetal model exhibit exact pseudospin proportion mulct tuned parameter stability region exact pairing ground state momentum exact charge density wave ground state established distinct balance breaking form survive exactly solvable multicritical line end discus possible experimental fruition result
12
704,861
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sir self supervised image rectification via seeing scene multiple different lens deep learning demonstrated power image rectification leveraging representation capacity deep neural network via supervised training based large scale synthetic dataset however model may overfit synthetic image generalize well real world fisheye image due limited universality specific distortion model lack explicitly modeling distortion rectification process paper propose novel self supervised image rectification sir method based important insight rectified result distorted image scene different lens specifically devise new network architecture shared encoder several prediction head predicts distortion parameter specific distortion model leverage differentiable warping module generate rectified image distorted image distortion parameter exploit intra inter model consistency training thereby leading self supervised learning scheme without need ground truth distortion parameter normal image experiment synthetic dataset real world fisheye image demonstrate method achieves comparable even better performance supervised baseline method representative state art method self supervised learning also improves universality distortion model keeping self consistency
3
134,996
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distribution arbitrary subset eigenvalue finite dimensional random matrix present new result joint distribution arbitrary subset ordered eigenvalue complex wishart double wishart gaussian hermitian random matrix finite dimension using tensor pseudo determinant operator specifically derive compact expression joint probability distribution function eigenvalue expectation function eigenvalue including joint moment case ordered unordered eigenvalue
6
1,314,741
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spd spin physic project polarized proton deuteron radio beam nica collider spd experiment future nica collider jinr dubna russian soviet federated socialist republic aim investigate nucleon spin anatomical structure polarisation phenomenon hit longitudinally transversally polarized proton deuteron gev luminosity cm measurement asymmetry drell yan pair charmonium prompt photon production offer access full set leading twist tmd pdfs nucleon experimental setup planned ecumenical demodulator wide range physic chore
17
325,110
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effect genus majorana demonstrator search twofold beta decomposition ge charge state se genus majorana demonstrator searching dual beta decay atomic number excite land se using modular raiment gamy purity germanium detector ge decay three e atomic number decay clear event signature tune consisting decay prompt emission one ii ray resulting high chance multi site event graininess demonstrator sensing element array enables powerful discrimination case signature background using kg isotopic exposure sale demonstrator set world leading limit due east decay cl lower one half life limit kitchen stove particular transition first se lower half life limit cl reach
16
809,877
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statistical property localization measure disorderly eigenstates ghostly statistic mixed type billiard study quantum localization chaotic eigenstates billiard interracial type phase space separating regular chaotic eigenstates regime slightly distorted circle billiard definitive transport time momentum space still large enough although diffusion normal quantum system discrete energy spectrum heisenberg clip tight level spacing crucial time scalethe classical transport time scale relation heisenberg time scale ratio parameter determines degree localization principle chaotic eigenstates whose measure base selective information entropy indicate linearly related normalized inverse involvement ratio localization chaotic eigenstates mull also fractional power law repulsion near energy grade sense probability concentration find successive level length go small corresponds completely extended state show level repulsion exponent trial error rational subprogram mean role also well approximated rational function case scattering empirical data around mean curve due fact actually distribution typically quite complex structure limit well described beta distribution like organisation lead go function similar quantum kicked rotator stadium billiard
12
797,936
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robust matrix completion mixed data type consider matrix completion problem recovering structured low rank matrix partially observed entry mixed data type vast majority solution proposed computationally feasible estimator strong statistical guarantee case underlying distribution data matrix continuous recent approach extended using similar idea estimator case underlying distribution belongs exponential family approach assume one underlying distribution low rank constraint regularized matrix schatten norm propose computationally feasible statistical approach strong recovery guarantee along algorithmic framework suited parallelization recover low rank matrix partially observed entry mixed data type one step also provide extensive simulation evidence corroborate theoretical result
6
1,337,114
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neutrinoless twofold beta decay status prospect neutrinoless doubly beta decay forbidden lepton number violating nuclear transition whose observation would fundamental implication neutrino physic theory beyond received theoretical account cosmology review summarize theoretical procession understand summons expectation implication various particle physic model well atomic physic challenge affect precise forecasting decomposition one half life also provide synopsis current future turgid scale experimentation intent discovering process physically well incite one half life range
17
392,383
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explore disastrous hole spectrum axionic horndeski theory provide user friendly algorithm systematically rapidly obtain exact planar black hole solution einstein maxwell theory deformed general shift reflection symmetric horndeski sector common galileon replaced tuple scalar visibility linear co ordinate transverse manifold precise assumption axion background break translational invariableness system causing impulse licentiousness holographically dual field theory achiever method relies simple realization volume par motion become tractable write term axions kinetic term instead radial coordinate showcasing peculiarly efficient recipe derive novel asymptotically ad black hole show extremal similitude always flow infrared fixed point boot report interesting family new asymptotically lifshitz black hole solution last discus dc transport property double relativistic playing area theory view possible application condensed matter system
11
238,649
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learn distributed gan temporary discriminator work propose method training distributed gan sequential temporary discriminator proposed method tackle challenge training gan federated learning manner update generator flow temporary discriminator apply proposed method learn self adaptive generator series local discriminator multiple data center show design loss function indeed learns correct distribution provable guarantee empirical experiment show approach capable generating synthetic data practical real world application training segmentation model
3
195,865
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epps issue alternative sampling scheme time choice measurement time scale central choose represent information information finance choice implies unit accumulation scale leaf resulting statistical measurables used describe financial system also defines measure human relationship dissimilar traded instrument move high frequency prison term scale individual trade quote event occur mesoscales correlation emerge way conform various latent poser continue unclear choice prison term taste rate appropriate faithfully capture system active asset correlation decision making epps effect key phenomenology couple emergence correlation alternative sampling time scale consider compare epps effect dissimilar sampling scheme order contrast three choice time calendar time book time swop meter using toy model based hawkes process capable achieve simulation result conform well empirical dynamic concretely find epps effect present three definition time correlation emerge faster barter time compared calendar time whereas correlativity emerge linearly volume time
15
1,169,379
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conditional four card monte carlo reaction network response network often used mannequin interacting specie field biochemistry ecology numeration specie sufficiently large dynamic concentration typically modeled via system differential equation however count specie small dynamic tally typically modeled stochastically via discrete state continuous time markov chain key quantity interest model probability lot subprogram process fixed time since path model relatively straightforward simulate estimate probability constructing empirical statistical distribution however support dispersion often diffuse crossway high dimensional state space dimension equal number mintage therefore generating accurate empirical distribution derive large computational cost present newfangled monte carlo reckoner fundamentally meliorate classical monte carlo estimator described also preserve much classic three card monte carlos simplicity idea essentially one conditional monte carlo conditional monte carlo estimator two parameter choice critically affect performance algorithm hence key contribution present work demonstrate approximate optimum value parameter efficient manner provide central limit theorem estimator lead approximate confidence time interval error
5
1,017,382
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floquet control indirect exchange interaction periodically driven two dimensional electron system present theory ruderman kittel kasuya yosida rkky interaction mediated two dimensional electron system subjected periodic driving demonstrated heterostructure consisting two ferromagnets laterally sandwiching metallic spacer calculation reveal new non analytic feature spin susceptibility weak light matter coupling rkky interaction show oscillation period tunable light amplitude frequency stronger light matter coupling interaction becomes non oscillatory remains purely ferromagnetic
4
1,506,399
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form transition neutron star paper critique vernacular description first order phase transition deconfined quark matter gist neutron star well present novel description phase transition core proto neutron principal constraint enforced include trapped neutrino long last calculate emanation gravitational waving associated deconfinement phase transition discus possibility detection would leave info equation department state dense matter
14
966,045
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machine learning proficiency meliorate anti neutrino detection efficiency ismran experiment indian scintillator matrix reactor anti neutrino detection ismran experimentation aim notice electron anti neutrino pa reactor via inverse genus beta decay reaction ibd frame consisting ton segmented gadolinium transparency wrapped plastic scintillator array planned remote reactor monitoring sterile neutrino search detection prompting positron delayed neutron ibd provide signature consequence ismran number segment energy deposit sum total deposited energy used discriminants identify straight positron event delayed neutron gaining control event even elementary cut based selection variable lead low signal sleuthing efficiency due overlap region kernel energy prompt delayed consequence multivariate depth psychology mva prick employing variable appropriately tuned discrimination useful scenario workplace written report result application artificial neural network multilayer perceptron mlp particularly bayesian extension mlpbnn simulated signal background case ismran result application programme mlp classify prompt antielectron event delay neutron gaining control event hydrogen gd nucleus also distinctive reactor ray fast neutron background knowledge write raise efficiency background knowledge rejection prompt selection efficiency background rejection detain capture result achieved using mlpbnn classifier ismran experiment
16
890,947
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simplicial persistence financial market separate generative process portfolio risk introduce simplicial persistence bar sentence evolution network motif subsequent temporal layer observe long memory phylogeny structure correlation filtering two regime mightiness law decay phone number persistent simplicial complex null model underlying time series tested investigate property reproductive operation evolutional constraint electronic network generated tmfg filtering technique thresholding showing embedding based filtering method tmfg able identify high order social system throughout market sampling thresholding method fail decay exponent long computer memory process used characterise financial market based stage development liquidity find liquid market place tend slow perseverance decay line plebeian understanding highly developed market random encounter le predictable concern active single variable predictable concern collective phylogenesis variable could inculpate higher fragility systemic shock
15
1,160,374
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new limit neutrino decay glashow resonance high energy cosmic neutrino discovering neutrino decay would substantial evidence physic beyond standard model presently lax abject limit lifespan neutrino ev bad unknown neutrino mass high energy cosmic neutrino tev pev energy offer superior predisposition radioactive decay due cosmologic exfoliation service line rap employment promising method acting recently proposed u glashow resonance spark pev test decomposition handful detected event decline en route earth glashow ringing would fall neutrino telescope remaining petite electron flavor content plow round use recent initiative detection glashow resonance prospect icecube place new lower limit lifetime limit current best limit close current best impendent detection nd glashow resonance vastly surpass
17
381,158
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hunt light uninventive neutrino tk far detector ace kamiokande baseline km perform search light sterile neutrino use data tk far detector baseline km exposure proton target neutrino antineutrino mode selection neutral current fundamental interaction sampling also habituate enhance sensitivity sterile unify evidence sterile neutrino mixing model found co occurrent convulsion charge current muon electron neutral current neutrino sampling set stringent limit sterile oscillation amplitude sterile neutrino mass splitting electron volt
17
352,164
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rooting phylogenetic network report study relationship undirected unrooted channelize root phylogenetic web describe polynomial fourth dimension algorithm resolve whether undirected binary phylogenetic web given location theme reticulation apex oriented directed phyletic meshing moreover give mathematical characterization case show directed phylogenetic network always unique result generalized nonbinary case accession describe algorithm deciding whether rudderless binary phyletic electronic network oriented directed phylogenetic network certain class algorithm fixed parameter tractable fpt parameter level network applicable wide range function network class including tree child tree based stack free orchard network also use decide whether undirected phylogenetic network tree based whether partly directed phylogenetic network orient direct phylogenetic meshing finally picture general np hard decide whether rudderless network oriented tree establish network
5
1,069,919
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