Transfer Learning Across Policy Regimes in Adaptive Multi-Agent Systems
This paper frames institutional and regulatory changes in adaptive socio-technical systems as a transfer-learning problem within multi-agent environments.
This paper frames institutional and regulatory changes in adaptive socio-technical systems as a transfer-learning problem within multi-agent environments.
Researchers adapted an open-source spoken language model to the multilingual Singaporean context using parameter-efficient fine-tuning and synthetic datasets.
This paper explores the integration of large multimodal models to improve mobility management in wireless networks by predicting user trajectories and making real-time decisions.
This paper investigates the phenomenon of reward hacking in multimodal large language models aligned via reinforcement learning across various tasks and model scales.
A study on the ASVspoof5 dataset reveals how gender composition in training data affects the performance and bias of audio deepfake detection models.
The study explores optimization techniques for low-latency, on-device English-to-Traditional-Chinese subtitle translation under strict resource constraints.
The paper examines how agentic workflows can be used to generate accurate and pedagogically effective mathematical diagrams for middle school education.
This paper identifies the patchwork problem in LLM-generated code, where locally correct code snippets fail to integrate coherently into larger software projects.
This study introduces RouteCast, an evaluation framework designed to assess model-generated strategic routes when ground truth feedback is delayed or private.
New government guidelines in China emphasize the transition toward green energy and low-carbon industrial development for the upcoming five-year plan.
Researchers developed a voice anonymization model that prioritizes content preservation over realistic speech generation by decoding content embeddings without waveform reconstruction loss.
The proposed STAMP framework addresses the reward-credit mismatch in deep-search agents by using a reference-based verifier to evaluate whether cited documents support specific claims.
The CRiT-QA benchmark evaluates the multi-hop reasoning capabilities of large language models by testing their reliance on context versus internal knowledge using counterfactual chains and distractor traps.
This paper proposes an affordable physical benchmark platform to evaluate the transferability of reinforcement learning models from simulation to real-world AIoT systems.
The paper proposes AdvNav, a behavior-guided black-box adversarial attack method targeting the vulnerabilities of Vision-and-Language Navigation systems.
A longitudinal study of college students reveals how AI chatbot interactions influence cognitive engagement and reading habits during academic tasks.
AgentLens is a new benchmark designed to evaluate coding agents by assessing the quality of their entire interaction trajectory rather than just final task outcomes.
This study presents a method for training branching neural networks to perform multiple algorithmic reasoning tasks simultaneously.
This manifesto outlines how LLM-powered autonomous agents are transforming software systems and proposes integrating them with service-oriented computing principles.
A novel reinforcement learning technique called Sibling-Guided Credit Distillation improves how agents learn to use tools by better attributing rewards to specific actions.
Researchers investigated how personality-based prompting affects the task performance of multi-agent LLM teams, finding that communication styles significantly influence collaborative outcomes.
A new study identifies a failure mode called contextual sycophancy, where reinforcement learning agents receive biased feedback from evaluators in specific critical scenarios.
TerraZero provides a procedural simulation environment and training stack to support the development of autonomous driving agents through large-scale self-play.
A study investigates how anatomical and contrast factors in brain MRI scans contribute to demographic predictability, highlighting potential biases in medical AI.