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bayesian inference provides principled uncertainty
quantification
uncertainty quantification
bayesian inference provides principled uncertainty quantification but is often limited by challenges of prior elicitation likelihood misspecification and computational burden
we study the problem of estimating the average treatment effect ate under sequentially adaptive
treatment
treatment regimes
we study the problem of estimating the average treatment effect ate under sequentially adaptive treatment assignment mechanisms
for maximal matching our techniques further allow us to establish a strong separation between the node-averaged complexity and worst-case complexity of maximal matching in regular
graphs
bipartite graphs
for maximal matching our techniques further allow us to establish a strong separation between the node-averaged complexity and worst-case complexity of maximal matching in regular graphs by showing that the former is only o 1
by contrast in the unconditional setting diffusion models succeed with only an l 2 bound on the
score
diffusion models
by contrast in the unconditional setting diffusion models succeed with only an l 2 bound on the score error
in this model hassidim and singer 2017 design a 1-1 e -approximation algorithm for monotone submodular maximization subject to a cardinality constraint and huang et al 2022 design a 1-1 e 2 -approximation algorithm for monotone
submodular
submodular maximization
in this model hassidim and singer 2017 design a 1-1 e -approximation algorithm for monotone submodular maximization subject to a cardinality constraint and huang et al 2022 design a 1-1 e 2 -approximation algorithm for monotone submodular maximization subject to any arbitrary matroid constraint
to address this challenge we propose a novel strategy called inference-aware policy optimization which modifies policy optimization to account for how the
policy
policy learning
to address this challenge we propose a novel strategy called inference-aware policy optimization which modifies policy optimization to account for how the policy will be evaluated downstream
we study the emergence of quantum memory effects in a
spin-boson
memory effects
we study the emergence of quantum memory effects in a spin-boson system at finite temperature driven by an external time-periodic force
to overcome this limitation we propose a planning-oriented isac pisac framework that reduces the sensing
uncertainty
autonomous driving
to overcome this limitation we propose a planning-oriented isac pisac framework that reduces the sensing uncertainty of planning-bottleneck obstacles and expands the safe navigable path for the ego-vehicle thereby bridging the gap between physical-layer optimization and motion-level planning
estimating optimal dynamic treatment regimes via
sequential
dynamic treatment
estimating optimal dynamic treatment regimes via sequential randomized trials might face costly and ethical hurdles often necessitating the use of historical observational data
while meta-reinforcement learning rl agents can attain near bayes-optimal
policies
reinforcement learning
while meta-reinforcement learning rl agents can attain near bayes-optimal policies they often fail to learn the compact interpretable bayes-optimal belief states
star quasiconvexity an unified approach for linear
convergence
superlinear convergence
star quasiconvexity an unified approach for linear convergence of first-order methods beyond convexity
we benchmark the method using mock datasets representative of high-galactic-latitude regions incorporating realistic
gaia
active galactic
we benchmark the method using mock datasets representative of high-galactic-latitude regions incorporating realistic gaia parallax uncertainties and polarization expected from the upcoming pasiphae survey
our key insight is to repurpose 2d generative models for
panoramic
image generation
our key insight is to repurpose 2d generative models for panoramic perception of geometry textures and pbr materials
first we consider the mle and propose an expectation maximization em
algorithm
machine learning
first we consider the mle and propose an expectation maximization em algorithm to compute it
we find that the gaussian beams gouy phase not only plays a crucial role in the interaction but also enables straight-forward generation of valuable free-electron states including comb-shape spectra with similar amplitudes and
states
quantum technologies
we find that the gaussian beams gouy phase not only plays a crucial role in the interaction but also enables straight-forward generation of valuable free-electron states including comb-shape spectra with similar amplitudes and states with high degree of coherence
enrichment from feedback is necessary to mix with the
inflowing
dense gas
enrichment from feedback is necessary to mix with the inflowing gas and allow it to glow in o vi
this finding suggests researchers should prioritize the local gaussian
correlation
local gaussian
this finding suggests researchers should prioritize the local gaussian correlation network among negative tails
securereviewer enhancing large language models for secure code
review
code review
securereviewer enhancing large language models for secure code review through secure-aware fine-tuning
this study demonstrates that providing language models with pragmatic theories as prompts is an effective in-context
learning
reasoning curriculum
this study demonstrates that providing language models with pragmatic theories as prompts is an effective in-context learning approach for tasks to understand implied meanings
however steam cracking is highly energy- and carbon-intensive
making
steam cracking
however steam cracking is highly energy- and carbon-intensive making its decarbonization a priority
deep neural networks dnns have been used to model complex
optimization
minimax optimal
deep neural networks dnns have been used to model complex optimization problems in many applications yet have difficulty guaranteeing solution optimality and feasibility despite training on large datasets
this further inspires a practical method that uses
variational
generative models
this further inspires a practical method that uses variational inference to recover these variables and leverages them to train reward models
the widespread adoption of generative ai genai has introduced
new
ai use
the widespread adoption of generative ai genai has introduced new challenges in crowdsourced data collection particularly in survey-based research
however in realistic materials where disorder scattering also contributes to nonlinear
transport
nonlinear transport
however in realistic materials where disorder scattering also contributes to nonlinear transport identifying the geometric mechanisms remains a challenge
this paper introduce textbf infoflow a systematic framework that
tackles
context engineering
this paper introduce textbf infoflow a systematic framework that tackles this problem from three aspects
furthermore we introduce vnia visual narrative intent alignment a
multimodal
multimodal reasoning
furthermore we introduce vnia visual narrative intent alignment a multimodal dataset specifically created to facilitate the development and evaluation of vlm steering techniques
when subject to persistent environmental change the population adapts by utilising
mutations
climate change
when subject to persistent environmental change the population adapts by utilising mutations that allow it to track the changing environment
this paper introduces stucksolver a novel large
language
vision-language models vlms
this paper introduces stucksolver a novel large language model llm driven recovery framework that enables avs to resolve immobilization scenarios through self-reasoning and or passenger-guided decision-making
in this work we demonstrate an on-demand high fidelity 99 re-initialization of a quantum
dot
quantum dot
in this work we demonstrate an on-demand high fidelity 99 re-initialization of a quantum dot qubit out of a latched readout state
one of the key problems we observed in our own efforts to this end is that a lot of duplicate data was being propagated and many low-level
data
data structure
one of the key problems we observed in our own efforts to this end is that a lot of duplicate data was being propagated and many low-level data structure operations were repeated a large number of times
designing efficient quantum circuits is a central bottleneck to exploring the potential of quantum
computing
quantum computing
designing efficient quantum circuits is a central bottleneck to exploring the potential of quantum computing particularly for noisy intermediate-scale quantum nisq devices where circuit efficiency and resilience to errors are paramount
we demonstrate this method in simulation and discuss how textit a priori understandings of obstacle risk can be directly incorporated into the safety filter to generate
safe
collision avoidance
we demonstrate this method in simulation and discuss how textit a priori understandings of obstacle risk can be directly incorporated into the safety filter to generate safe behaviors that are risk-aware
quantum illumination with nonsimultaneous phase-insensitive coincidence measurements can provide jamming resilience compared to identical measurements for
classical
quantum technologies
quantum illumination with nonsimultaneous phase-insensitive coincidence measurements can provide jamming resilience compared to identical measurements for classical illumination
compared with conventional subdural ecog electrodes the
lv-bci
electroencephalography eeg
compared with conventional subdural ecog electrodes the lv-bci shows superior signal stability and immunocompatibility
in this paper we study the problem of continuous-time reinforcement
learning
reinforcement learning
in this paper we study the problem of continuous-time reinforcement learning where the unknown system dynamics are represented using nonlinear ordinary differential equations odes
while our results are cleanest to state for the delta -regular case all our algorithms naturally generalize to nodes of any degree d delta in general
graphs
regular graphs
while our results are cleanest to state for the delta -regular case all our algorithms naturally generalize to nodes of any degree d delta in general graphs of maximum degree delta
transfer learning which leverages relevant data-abundant source domains to assist learning in data-scarce
target
preference learning
transfer learning which leverages relevant data-abundant source domains to assist learning in data-scarce target domains has shown efficacy
despite increasing academic interest and the large number of methods proposed in the literature recent benchmarks and evaluation studies demonstrated that no overall best anomaly detection methods exist when applied to very heterogeneous time
series
time series classification
despite increasing academic interest and the large number of methods proposed in the literature recent benchmarks and evaluation studies demonstrated that no overall best anomaly detection methods exist when applied to very heterogeneous time series datasets
this work propose a new network formation model the vari-linear network which includes two core mechanisms exponential probabilistic growth and
vari-linear
network structures
this work propose a new network formation model the vari-linear network which includes two core mechanisms exponential probabilistic growth and vari-linear preferential attachment
classical demographic theory predicts that volatility in growth should decline rapidly with
size
population size
classical demographic theory predicts that volatility in growth should decline rapidly with size due to the averaging effects of the law of large numbers
the algorithm runs in o log sum_t n_t log m time and o
m
-time algorithm
the algorithm runs in o log sum_t n_t log m time and o m space independent of k
for typical cortical stimuli tens of milliseconds this places the
functional
human brain
for typical cortical stimuli tens of milliseconds this places the functional plasticity window in the few-second range a testable prediction that identifies seconds-scale eligibility traces as necessary for error-driven learning in biological circuits
experiments on real-world datasets support our theoretical findings and
demonstrate
real-world datasets
experiments on real-world datasets support our theoretical findings and demonstrate the practical advantages of our approach
we highlight weaknesses of the current ai and especially of its llm-based core show that root causes of llms weaknesses are unfixable by the current technologies and propose directions in the constructivist paradigm for the changes in education that ensure long-term advantages of
humans
artificial intelligence
we highlight weaknesses of the current ai and especially of its llm-based core show that root causes of llms weaknesses are unfixable by the current technologies and propose directions in the constructivist paradigm for the changes in education that ensure long-term advantages of humans over ai tools
the eeg microstate analysis was utilized to explore the relative variations in temporal parameters and brain
functional
functional connectivity
the eeg microstate analysis was utilized to explore the relative variations in temporal parameters and brain functional connectivity
results demonstrated that a uav fleet size of 7 is sufficient for traffic monitoring with more than 60 of network-wide observation
uncertainty
optimal uav
results demonstrated that a uav fleet size of 7 is sufficient for traffic monitoring with more than 60 of network-wide observation uncertainty reduced
virtual reality vr can create compelling experiences that evoke
presence
user experience
virtual reality vr can create compelling experiences that evoke presence the sense of being there
we highlight weaknesses of the current ai and especially of its llm-based core show that root causes of llms weaknesses are unfixable by the current technologies and propose directions in the constructivist paradigm for the changes in education that ensure long-term advantages of
humans
trustworthy ai
we highlight weaknesses of the current ai and especially of its llm-based core show that root causes of llms weaknesses are unfixable by the current technologies and propose directions in the constructivist paradigm for the changes in education that ensure long-term advantages of humans over ai tools
this framework can be applied to policy evaluation using the panel data approach pda where we further establish inference for the
average
average treatment effect
this framework can be applied to policy evaluation using the panel data approach pda where we further establish inference for the average treatment effect
this paper introduces autodeco a novel architecture that enables truly end-to-end generation by learning to control its own
decoding
sparse autoencoders
this paper introduces autodeco a novel architecture that enables truly end-to-end generation by learning to control its own decoding strategy
artificial intelligence has advanced significantly through deep learning reinforcement learning and large language and
vision
artificial intelligence
artificial intelligence has advanced significantly through deep learning reinforcement learning and large language and vision models
we further evaluate a range of strategies for aligning
visual
visual navigation
we further evaluate a range of strategies for aligning visual representations and introduce a simple yet effective method that mitigates degradation and yields improved generalization to out-of-distribution ood scenarios
twin-field quantum key distribution tf-qkd has emerged as a potential protocol for long distance secure communication overcoming the rate-distance limitations of conventional quantum
key
quantum key distribution
twin-field quantum key distribution tf-qkd has emerged as a potential protocol for long distance secure communication overcoming the rate-distance limitations of conventional quantum key distribution without requiring trusted repeaters
still linking the properties of primitive components to the
emergent
emergent behaviors
still linking the properties of primitive components to the emergent behavior of composite networks remains a key open challenge
we quantify the dependence of magnetic fields on star formation
activity
star-forming region
we quantify the dependence of magnetic fields on star formation activity including both regular and starburst galaxies
diffusion models have been successful in learning complex
data
diffusion models
diffusion models have been successful in learning complex data distributions
in this work we investigate whether large language models llms can translate human natural language instructions into the internal symbolic representations that emerge during hierarchical
reinforcement
imitation learning
in this work we investigate whether large language models llms can translate human natural language instructions into the internal symbolic representations that emerge during hierarchical reinforcement learning
the flow of information in this ecosystem is often non-trivial and involves complex user strategies from the forging or strategic amplification of manipulative content to large-scale coordinated behavior that trigger misinformation cascades echo-chamber reinforcement and
opinion
opinion dynamics
the flow of information in this ecosystem is often non-trivial and involves complex user strategies from the forging or strategic amplification of manipulative content to large-scale coordinated behavior that trigger misinformation cascades echo-chamber reinforcement and opinion polarization
recent work has shown that different large
language
language models
recent work has shown that different large language models llms converge to similar and accurate input embedding representations for numbers
these findings demonstrate the potential of ai
agents
ai literacy
these findings demonstrate the potential of ai agents to move beyond process partners toward colleagues that share intent strengthen group dynamics and collaborate with humans to advance ideas
the resulting control law enables the quadrotor to follow its path despite internal and external
disturbances
control strategy
the resulting control law enables the quadrotor to follow its path despite internal and external disturbances with each subsystem allowed its own disturbance type for realism
our results disaggregated by frequency of ai usage reveal limited overall productivity change highlighting the
productivity
task performance
our results disaggregated by frequency of ai usage reveal limited overall productivity change highlighting the productivity paradox in which developers become faster but do not necessarily create better software or feel more fulfilled
this note introduces a unified theory for causal inference that integrates riesz regression covariate
balancing
riesz regression
this note introduces a unified theory for causal inference that integrates riesz regression covariate balancing density-ratio estimation dre targeted maximum likelihood estimation tmle and the matching estimator in average treatment effect ate estimation
inspired by arcing current curve and the fourier decomposition analysis we create an adaptive activation function with super-expressiveness termed eas and a novel
network
neural network
inspired by arcing current curve and the fourier decomposition analysis we create an adaptive activation function with super-expressiveness termed eas and a novel network architecture with branch networks to help mfnn extract features with multiple frequencies
despite decades of effort simulating individual
mobility
human mobility
despite decades of effort simulating individual mobility remains challenging because of its complex context-dependent and exploratory nature
however when deployed in real-world scenarios such solutions typically face scalability issues and have to address practical requirements such as full access to original
datasets
real-world datasets
however when deployed in real-world scenarios such solutions typically face scalability issues and have to address practical requirements such as full access to original datasets and model
this result unifies prior approaches and shows that essentially all efficient suffix
array
compressed indexing
this result unifies prior approaches and shows that essentially all efficient suffix array representations can be expressed via prefix-select structures
the cost of simplicity how reducing eeg electrodes affects
source
electroencephalography eeg
the cost of simplicity how reducing eeg electrodes affects source localization and bci accuracy
during massive star formation dense gas undergoes
chemical
stellar mass
during massive star formation dense gas undergoes chemical evolution producing both simple and complex organic molecules coms characteristic of hot molecular cores
this neural approximation is embedded into the optimization model as a mixed-integer linear program milp enabling effective enforcement of operational
constraints
soft constraints
this neural approximation is embedded into the optimization model as a mixed-integer linear program milp enabling effective enforcement of operational constraints related to the first-stage decisions
our framework combines existing 2d pose detectors and generative diffusion priors for sketch feature extraction with a feed-forward neural network for efficient 2d
pose
pose estimation
our framework combines existing 2d pose detectors and generative diffusion priors for sketch feature extraction with a feed-forward neural network for efficient 2d pose estimation
this paper contributes to reduction of this gap by reporting on an extensive evaluation of the semi- automatization of framenet-like semantic annotation by the use of an llm-based semantic
role
natural language processing
this paper contributes to reduction of this gap by reporting on an extensive evaluation of the semi- automatization of framenet-like semantic annotation by the use of an llm-based semantic role labeler
robotic systems navigating in real-world settings require a semantic understanding of their environment to properly determine
safe
obstacle avoidance
robotic systems navigating in real-world settings require a semantic understanding of their environment to properly determine safe actions
while bounded rationality and network adaptation have been widely studied the role of heterogeneous learning
rates
learning rates
while bounded rationality and network adaptation have been widely studied the role of heterogeneous learning rates both at the agent and network levels remains under explored
direct debiased machine learning via bregman
divergence
debiased machine
direct debiased machine learning via bregman divergence minimization
to systematically analyze these challenges we introduce a taxonomy categorizing existing approaches by their theoretical foundations
architectural
existing methods
to systematically analyze these challenges we introduce a taxonomy categorizing existing approaches by their theoretical foundations architectural implementations and validation strategies
waveguide-coupled photonic crystal cavities with a triangular cross section fabricated by angled etching are suitable to interface embedded color centers with flying
photonic
photonic circuits
waveguide-coupled photonic crystal cavities with a triangular cross section fabricated by angled etching are suitable to interface embedded color centers with flying photonic qubits in quantum information applications
given the large-scale and nonlinear nature of the problem an improved quantum genetic algorithm iqga that integrates two customized operators is proposed to enhance neighbor searching and solution refinement thereby improving the observability of
uav
optimal uav
given the large-scale and nonlinear nature of the problem an improved quantum genetic algorithm iqga that integrates two customized operators is proposed to enhance neighbor searching and solution refinement thereby improving the observability of uav pairs
to this end we introduce a new dataset covering a wide range of formal
patterns
mathematical reasoning
to this end we introduce a new dataset covering a wide range of formal patterns of reasoning in both normative and epistemic domains while also incorporating non-formal cognitive factors that influence human reasoning
a k-spine is essentially a path in the tree whose removal leaves only less-bushy
components
tree edit distance
a k-spine is essentially a path in the tree whose removal leaves only less-bushy components of a smaller pathwidth
our results provide 2 mathcal o k n mathcal o 1 time and n
mathcal
online algorithm
our results provide 2 mathcal o k n mathcal o 1 time and n mathcal o 1 space algorithms for problems for which the existence of such algorithms was previously unknown
large language models llms have seen rapid adoption for
tasks
language models
large language models llms have seen rapid adoption for tasks such as drafting emails summarizing meetings and answering health questions
a flexible block-coordinate forward-backward
algorithm
gradient descent
a flexible block-coordinate forward-backward algorithm for non-smooth and non-convex optimization
it groups low-level perceptual features into high-level object representations stores those objects efficiently and compositionally in memory and supports human
reasoning
abstract representations
it groups low-level perceptual features into high-level object representations stores those objects efficiently and compositionally in memory and supports human reasoning about individual object instances
the resulting problem is modeled as a markov decision process mdp and solved via the deep
reinforcement
deep reinforcement
the resulting problem is modeled as a markov decision process mdp and solved via the deep reinforcement learning drl method
wigner negativity and genuine multipartite entanglement gme are key nonclassical
resources
quantum advantage
wigner negativity and genuine multipartite entanglement gme are key nonclassical resources that enable computational advantages and broader quantum-information tasks
in this study we used a data-driven network approach to examine whether resting-state eeg connectivity
patterns
cognitive science
in this study we used a data-driven network approach to examine whether resting-state eeg connectivity patterns differentiate individuals according to their creative abilities
in the multi-user downlink precoding enables the reuse of frequencies across spatially separated
users
uplink communication
in the multi-user downlink precoding enables the reuse of frequencies across spatially separated users greatly improving spectral efficiency
a unified framework for spatial and temporal treatment effect
boundaries
spatial treatment
a unified framework for spatial and temporal treatment effect boundaries theory and identification
furthermore we extend our analysis to a pair of
spins
s-o coupling
furthermore we extend our analysis to a pair of spins taking into account the dipole-dipole interactions between them
specifically we introduce three graph data manifold learning modules that guide the condensed
graph
graph neural
specifically we introduce three graph data manifold learning modules that guide the condensed graph to lie within a smooth low-dimensional manifold with minimal class ambiguity thereby preserving the classification complexity reduction capability of gc and ensuring robust performance under universal adversarial attacks
pose refinement is guided by a probabilistic lidar-based depth consistency term back-propagated through the
camera
pose estimation
pose refinement is guided by a probabilistic lidar-based depth consistency term back-propagated through the camera projection to tighten geometry-appearance coupling
the joint transmit and pinching beamforming design for spectral efficiency se and energy
efficiency
spectral efficiency
the joint transmit and pinching beamforming design for spectral efficiency se and energy efficiency ee tradeoff in pinching-antenna systems pass is proposed
these results indicate that the privacy and helpfulness of llm responses are often specific to individuals and proxy
llms
models llms
these results indicate that the privacy and helpfulness of llm responses are often specific to individuals and proxy llms are poor estimates of how real users would perceive these responses in privacy-sensitive scenarios
the emergence of agentic artificial intelligence
ai
artificial intelligence
the emergence of agentic artificial intelligence ai is set to trigger a cambrian explosion of new kinds of personhood
the eeg microstate analysis was utilized to explore the relative variations in temporal parameters and brain
functional
brain regions
the eeg microstate analysis was utilized to explore the relative variations in temporal parameters and brain functional connectivity
as an illuminating spectral energy distribution
sed
spectral energy distribution
as an illuminating spectral energy distribution sed we used the most actual multiwavelength observations available for mrk 509
5-4b models across visual reasoning tasks demonstrate that our methods consistently improve visual
reasoning
reasoning curriculum
5-4b models across visual reasoning tasks demonstrate that our methods consistently improve visual reasoning capabilities outperforming vanilla self-improvement by 3
collective systems that self-organise to maximise the group s ability to collect and distribute information can be successful in environments with high
spatial
social interactions
collective systems that self-organise to maximise the group s ability to collect and distribute information can be successful in environments with high spatial and temporal variation
the current best quantum algorithm has the query complexity o n 7 4 which is an improvement over the trivial
bound
quantum error correction
the current best quantum algorithm has the query complexity o n 7 4 which is an improvement over the trivial bound o n 2