Policy-Guided Threat Hunting: An LLM enabled Framework with Splunk SOC Triage
LLM-enabled automated threat hunting framework for SOC analysts integrating Splunk log analysis with policy guidance.
LLM-enabled automated threat hunting framework for SOC analysts integrating Splunk log analysis with policy guidance.
X-OPD: Cross-modal on-policy distillation method to align end-to-end speech LLMs with text-based performance.
Vision-language-action model for autonomous driving with natural language instruction following capability.
Multi-speaker audio preprocessing framework for full-duplex speech language models with conversational data.
Efficient vision backbone architecture designed for low-parallelization CPU devices.
Open-source tendon-driven dexterous robot hand (Ruka-v2) with 11 DOF for robot learning applications.
Method for selecting optimal visual in-context demonstrations for multimodal LLMs using sequential selection.
Training-free distillation framework transferring multimodal reasoning knowledge via context-based selection.
Federated learning approach for pretraining multimodal large language models on distributed private data.
Batch-level query routing framework for LLMs optimizing model assignment under cost and capacity constraints.
Method detecting memorization in LLM-based financial forecasting using membership inference and cross-model disagreement.
Framework to explain and align semantic hierarchies in CLIP and other vision-language model embeddings.
Neural operators for long-term fluid dynamics forecasting addressing stability and precision in PDE modeling.
Unified sparsification framework for cross-modality prediction across graphs, language, and tabular data.
Physics-informed contextual spectral reinforcement learning method for adaptive sensing in high-dimensional low-sample-size datasets using domain knowledge embeddings.
Analysis of throughput optimization as critical strategic lever in large-scale LLM training, synthesizing dataloader and memory profiling innovations to reduce bottlenecks.
Squish and Release activation-patching technique exposes hidden hallucinations in LLMs that models suppress via safety circuits after identifying false premises.
Statistical regression framework for analyzing impact of specific prompt components on LLM performance, extending XAI methods to understand LLM behavior.
MazeBench evaluates 16 multimodal AI models on visual maze solving, revealing models achieve high accuracy through token-space brute-force search rather than genuine visual planning.
Foundation model approach for time series anomaly detection using masked autoencoder and normalizing flow to improve generalization across datasets with limited training data.
Method detects LLM deception by exposing hidden hallucinations through activation patching, revealing safety circuit suppression of identified errors under conversational pressure.
Analysis of strategic gaming in AI model ranking systems where producers submit multiple variants to artificially inflate rankings from noisy preference data.
Novel domain adaptation methods using unfolding approach to improve model generalization across domains with varying data distributions without separate per-domain training.
Method compresses deep reinforcement learning policy parameter space into low-dimensional latent manifold to improve sample efficiency through state-occupancy matching.
Liquid neural networks with mixture density heads outperform diffusion policies in imitation learning with half the parameters and 2.4x lower prediction error.
arXiv: Deep reinforcement learning for dynamic manufacturing resource matching and allocation.
ScoutAttention optimizes LLM inference by pre-computing KV cache on CPU ahead of GPU execution to reduce memory constraints.
Preconditioned attention mechanism addressing ill-conditioning in Transformer attention blocks for efficient training.
GSR-GNN framework for efficient training of deep graph neural networks on large circuit graphs with memory optimization.
Semantic Router DSL for declarative LLM inference routing with content signal analysis, privacy policies, and audit traces.
Active learning approach for tabular foundation models using in-context learning to reduce cold-start labeling costs.
K-Means anomaly detection for microcontrollers with distributed model-sharing workflow via Distributed Internet of Learning.
Conditional Factuality Control framework for LLM hallucination control via conformal sampling with conditional coverage guarantees.
LatentBiopsy: training-free method detecting harmful prompts by analyzing residual-stream activation geometry in LLMs.
Image-to-CAD program synthesis using geometric feedback for bootstrapping alignment between visual and symbolic representations.
Modular framework and taxonomy for reinforcement learning with diffusion and flow models as policy representations.
KV cache compression via uniform angle quantization in Fast Walsh-Hadamard domain with per-layer precision allocation.
Empirical study of 33 KV cache quantization methods for self-forcing video generation with memory optimization.
Mixture of Experts with drift-aware token routing for continual instruction tuning of large vision language models.
Self-imitating proximal policy optimization algorithm improving exploration efficiency in sparse reward reinforcement learning.
Federated learning framework for multimodal data with heterogeneous clients and missing modalities using block-wise approach.
Theoretical analysis of self-supervised pre-training using two-stage M-estimation and representation symmetry to improve bounds.
Federated soft-prompts framework for continual web personalization with privacy preservation and stability-plasticity control.
Reinforcement learning agents (DQN, SARSA, A2C/A3C) for automated quiz composition with topic coverage and difficulty optimization.
Empirical study of Low-Rank Adaptation (LoRA) in sequential fine-tuning of transformer encoders, analyzing catastrophic forgetting behavior.
Survey of counterfactual explanation algorithms for time series classification, covering instance-based, pattern-driven, and gradient-based methods.
RG-TTA: Meta-controller for test-time adaptation in streaming time series forecasting that modulates adaptation intensity based on regime similarity.
KVSculpt: KV cache compression for long-context LLM inference treating compression as knowledge distillation, orthogonal to quantization and low-rank methods.
Eigenvalue tail index of neural network weight matrices predicts test accuracy under label noise, achieving R^2=0.984 as diagnostic for data quality.
ATLAS-RTC: Runtime control system for LLM agents that enforces structured output via token-level monitoring, drift detection, and closed-loop interventions during decoding.