KernelSight-LM: A Kernel-Level LLM Inference Simulator
arXiv paper presenting KernelSight-LM, a simulator for evaluating LLM inference performance across hardware and serving parameters.
arXiv paper presenting KernelSight-LM, a simulator for evaluating LLM inference performance across hardware and serving parameters.
arXiv paper studying undergraduate reliance patterns on LLMs for academic writing. Identifies four types and predictors of LLM use.
arXiv paper on using LLMs to translate natural language into formal temporal specifications for multi-agent systems verification.
arXiv paper on resolving superposition in neural networks for biological data interpretability and cross-modal alignment in patient imaging.
arXiv paper introducing WorldOdysseyBench benchmark for evaluating long-horizon stability of interactive world models across four dimensions.
arXiv paper evaluating sparse autoencoders for concept manipulation and unlearning in diffusion models, focusing on object erasure.
arXiv paper on using LLMs for re-ranking in industrial recommendation systems. Addresses gaps in adopting LLMs for multi-stage ranking.
arXiv paper proposing BaRA, a budget-constrained LLM web agent for multimodal data collection with fixed interaction budgets.
arXiv paper on personalized retrieval for long-term conversational agents using profile-guided memory recall in LLM-based systems.
Tutorial on world models as action-conditioned predictive models for embodied AI, comparing observation-space vs state-space approaches with trade-offs.
MemSyco-Bench evaluates sycophancy in LLM-agent memory systems where retrieved memories cause over-alignment with users at cost of factual accuracy.
Study of stale rollout effects in asynchronous GRPO for high-throughput RLHF, analyzing learning-rate scaling laws for decoupled policy optimization.
Study of adversarial robustness in programming-by-example systems when examples are corrupted by adversaries aware of the synthesizer.
Scaling analysis of grid-based approximate nearest neighbor search revealing d-scaling crossover behavior on embeddings as dimensionality increases.
Comprehensive theoretical book/paper unifying deep learning theory from approximation foundations through overparameterization, transformers, in-context learning, scaling laws, and emergence.
Methods to infer LLM architectural properties (hidden dimensions, feed-forward layers) via black-box API access with restricted logits, studying commercial provider protections.
Analysis of execution infrastructure overhead in coding-agent RL systems, measuring efficiency gains from different container/sandbox substrates for interactive rollouts.
Study of conditional inference trees/forests for feature selection using permutation tests, comparing computational efficiency vs ranking accuracy on benchmarks.
Evaluates factual reliability of pruned mixture-of-experts models in biomedical domain, examining trade-offs between inference speedup and accuracy.
Ember lightweight optimizer exploits gradient geometry of embedding tables and LM-heads, improving Pareto frontier for finetuning, RL, and pretraining.
FedCGNM optimizer for federated learning addresses class imbalance via class-grouped momentum and faster hyperparameter exploration.
Three-term scaling law for LLM training explicitly modeling batch size and training steps, enabling robust fitting with fewer training runs.
Framework decomposing advantage functions for RL post-training in LLMs, unifying diverse advantage formulations to address training instability.
Shows privacy-generalization relationship in distributed learning depends on noise regime, contradicting prior Byzantine robustness trilemma results.
Methods for creating policy datasets and learning policy embeddings in two-player zero-sum imperfect-information games with evaluation tasks.
Theoretical analysis of KV cache compression in transformer inference showing when compression is impossible and deriving fundamental limits.
Multi-Head Recurrent Memory Agents diagnose reliability degradation in long-context LLMs, attributing failures to memory retention rather than capture.
EFE framework uses LLM-based evolutionary optimization to discover preprocessing transformations for structured data as Python programs.
X-LogSMask modifies transformer architecture with explainable multi-head attention for improved performance on sparse, structured graph data.
Studies geometric properties of chain-of-thought reasoning trajectories in transformer hidden states to understand task difficulty and reasoning mechanisms.
BOUNDARY_SYNC measures representational coupling in multi-agent LLM systems, quantifying how inter-agent communication causes convergence or divergence.
SINA uses AI to convert circuit schematic images to machine-readable netlists for electronic design automation tasks.
DeadPool enables resilient LLM training at scale by implementing hot-swapping with zero-overhead checkpointing for GPU failure recovery.
Communication-efficient LLM training via extreme sparse gradient synchronization with stable sparse Adam optimizer.
Method for inferring training data mixture weights and source distributions from released foundation models.
Probabilistic inference framework for merging task-specific fine-tuned models into multi-task solutions.
Mathematical introduction to diffusion models covering sampling dynamics, error analysis, and inference-time control.
Physics-informed extreme learning machine addressing spectral bias for solving high-frequency PDEs.
Validation diagnostics for selecting optimal checkpoints of latent world models in model predictive control and model-based RL.
Neural divergence heads for asymmetric representation learning in directed relational tasks.
Analysis of self-distillation for continual post-training showing trade-offs between in-domain specialization and knowledge preservation.
Discrete diffusion model for language generation combining autoregressive and diffusion decoding with flexible token ordering.
Adaptive prune-and-grow framework for parameter-efficient fine-tuning of Mixture-of-Experts models using LoRA.
Parameter-efficient sparse autoencoders for interpreting neural network activations using expander graphs.
Research on whether LLMs generalize in molecular discovery tasks beyond local neighborhoods of sequence representations.
Multi-role rubric generation for LLM evaluation addressing dimensional blind spots in preference-based reward modeling.
Decomposer: LLM post-training framework for symbolic music decompilation recovering executable music programs from MIDI.
Rank-Then-Act: Reward-free policy learning from expert videos using vision-language models and ordinal scoring.
SABER: Brain network analysis framework integrating LLM semantics with multi-scale hypergraphs for disease diagnosis.
Mechanistic interpretability study of transformer self-repair mechanisms during ablation using conditional co-ablation analysis.