How LLM Inference Works
Technical explanation of LLM inference mechanics covering tokenization, transformer architecture, and token-by-token generation.
Technical explanation of LLM inference mechanics covering tokenization, transformer architecture, and token-by-token generation.
Trading agent harness (1rok) comparing multiple LLM models (OpenAI, Anthropic, Gemini, DeepSeek) against financial tools with live performance leaderboard.
Analysis of vector database limitations for agent memory with production failure modes; proposes structured KV and MCP memory servers as alternatives.
OpenUI is a streaming-first Generative UI framework with React runtime and component libraries, 67% more token-efficient than JSON for LLM applications.
Title-only submission on storage-based KVCache optimization for token generation. Insufficient content to evaluate properly.
Open-source operational platform for LLM agents in production. Self-hosted Docker, tracing, governance policies, OWASP guardrails, audit and alerts. Apache 2.0.
Verifier-Guided Action Selection improves embodied agents using multimodal LLMs with verification step to handle out-of-distribution scenarios.
Multi-agent reinforcement learning approach using value cancellation to handle conflicting natural language instructions interrupting macro-actions.
BenchJack framework and taxonomy of eight flaw patterns for auditing agent benchmarks to prevent reward hacking and ensure benchmarks are secure by design.
Method for learning transferable latent user preferences to improve human-aligned decision-making in LLM reasoning modules without extensive repeated feedback.
DisaBench taxonomy and evaluation framework for assessing disability-related harms in LLMs, co-created with disability advocates and red team experts.
CHAL proposes hierarchical council structure for multi-agent LLM debate to improve reasoning beyond majority voting through dialectic systems.
State-Centric Decision Process runtime framework enables LLM agents to operate in text-based environments by constructing explicit state spaces and transitions.
PROMETHEUS framework combines LLM-extracted causal claims from text, data, code, and simulations into navigable causal world models and predictive-state models.
Lightweight framework using multimodal hidden Markov models to track emotional state across conversation turns for clinical and communication guidance.
Multi-turn dialogue moderation system for detecting malicious intent in multi-agent systems through interaction patterns beyond surface content filtering.
Framework for generating diverse, realistic LLM-based user personas to evaluate robustness of LLM agents in handling unclear, impatient, or reluctant users.
Mechanistic explanation of LLM instruction degradation in long multi-turn interactions via channel transitions in attention and residual streams.
Control-theoretic analysis of whether externally-enforced AI safety strategies can sustain safety as external control becomes unreliable.
Position paper arguing Agentic AI systems are necessary for AGI over monolithic scaling, contrasting optimization constraints theoretically.
Executable code-based multi-hop reasoning for RAG with explicit intermediate states addressing drift and error propagation in multi-step retrieval.
Studies degradation of continuous LLM-updated memory banks in agentic systems, showing consolidated abstractions become faulty with frequent updates.
KITE: RAG-based intelligent tutoring system using intent-aware Socratic responses for algorithm tracing and problem-solving education.
MAP paradigm for interactive LLM agents that establishes environmental understanding upfront via mapping, addressing delayed perception and epistemic bottlenecks.
Agentic LLM framework for population-scale mental health screening processing clinical data from electronic records and telemedicine platforms.
GRACE: gradient-aligned reasoning data curation that scores individual steps in traces for efficient LLM post-training, not whole samples.
Strikingness-aware evaluation framework for temporal knowledge graph reasoning that emphasizes rare events requiring deeper reasoning over trivial repetitions.
Formal Conjectures benchmark: 2615 mathematical problems in Lean 4 including 1029 open research conjectures for evaluating automated reasoning systems.
Studies adversarial attack vulnerabilities in multi-modal multi-agent systems, extending prior work beyond isolated or unimodal settings.
Agentic AI framework using LLMs and chain-of-thought for UAV logistics scheduling and mobile edge computing task allocation.
Syntax-guided and semantic-aware preference optimization for improving LLM code translation with robust rewards derived from source code.
Proposes typed mediation pattern where LLMs orchestrate deterministic tools for reproducible scientific workflows instead of generating analyses directly.
EGRSD method for on-policy self-distillation that weights token-level supervision by teacher prediction entropy to improve LLM reasoning efficiency.
D-VLA framework for distributed asynchronous RL training of Vision-Language-Action models addressing resource bottlenecks in embodied AI.
Presents differentiable learning method for lifted action schemas in classical planning to enable structural generalization across domain instances.
Proposes quantitative metrics to predict reasoning dataset utility before training, evaluating on 8B-11B models with Polish reasoning dataset variants.
arXiv paper on discrete diffusion for multi-agent path finding with sparse social attention in dense, congested environments. Coordination complexity research.
arXiv paper on scaling recipe converting reasoning models into olympiad-level solvers achieving gold-medal performance on IMO/IPhO problems.
arXiv paper on IdeaForge, knowledge graph-grounded multi-agent framework applying multiple innovation methodologies (TRIZ, Design Thinking) for patent claim generation.
arXiv paper introducing VERA-MH, clinically-validated evaluation framework for chatbot safety in mental health contexts, focusing on suicidal ideation response assessment.
arXiv paper compiling egocentric cooking videos into executable simulations for embodied agents to perform belief-state planning under partial observation.
arXiv paper validating multi-agent systems in emergency department simulation using hybrid discrete event and agent-based modeling.
arXiv paper on RS-Claw framework enabling remote sensing agents to autonomously explore and invoke image-processing tools via hierarchical skill trees.
arXiv paper on prospective metacognitive control in LLMs: agents deciding which tasks to attempt and compute allocation under token budget constraints.
arXiv paper introducing Cognifold, brain-inspired proactive agent memory that continuously organizes experiences into cognitive structures. Agent architecture research.
arXiv paper on measuring LLM creativity using automated tests adapted from human creativity assessments. Research on evaluation methodology.
MMSkills framework for building reusable multimodal skills for visual agents that encode procedural knowledge beyond text/code through visual state recognition.
Study evaluating GenAI tools (NotebookLM, Claude, Copilot, Cursor) for generating educational slides from course notes, assessing instructor and student perceptions.
MultiSearch method scaling retrieval-augmented reasoning with parallel search queries and explicit merging to improve signal-to-noise ratios in LLM reasoning.
RealICU benchmark testing whether LLM agents understand long-context ICU clinical data beyond behavior imitation for medical decision support.