Explainable Forecasting of Scientific Breakthroughs from Concept Network Dynamics
This paper presents an explainable ML model for forecasting scientific breakthroughs by analyzing concept network dynamics, improving accuracy and interpretability.
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This paper presents an explainable ML model for forecasting scientific breakthroughs by analyzing concept network dynamics, improving accuracy and interpretability.
This paper introduces PyraMathBench, a benchmark for evaluating LLMs' mathematical capabilities, and proposes SOLVE and IRPO to enhance numerical reasoning.
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This paper investigates the effects of consistency training on model alignment, revealing its potential to amplify misalignment in certain contexts.
This paper investigates adversarial robustness and safety alignment in multilingual multimodal large language models, revealing critical vulnerabilities and safety misalignments.
This paper introduces a novel approach to backdoor unlearning in LLMs, demonstrating that neutralizing one backdoor can suppress unknown triggers.
This paper explores the use of synthetic linguistic reasoning traces to enhance low-resource machine translation, demonstrating significant improvements in performance.
This paper introduces expert-aware causal tracing for sparse MoE language models, revealing expert contributions to factual recall in predictions.
This paper presents KletterMix, a high-quality German pretraining dataset derived from an English corpus, enhancing the German NLP landscape.
HybridThinker introduces a novel hybrid training scheme for efficient chain-of-thought reasoning, enhancing accuracy while maintaining inference speed.
This paper presents a Structured Chain-of-Thought prompting method for local LLMs to enhance interpretability in migration news frame analysis.
This paper presents Entropy Gate, a novel token compression framework that enhances efficiency in LLM pipelines by applying entropy quenching techniques.
This paper introduces a cross-encoder re-ranking method leveraging perturbation-based attribution to enhance citation quality in legal question answering systems.
This paper introduces EMBER, a module for precise erasure of knowledge in language models by targeting token embeddings, enhancing robustness against relearning.
This paper introduces Staged Executable Inverse Graphics (SEIG), leveraging vision-language models to reconstruct editable 3D scenes from single images.
This paper addresses Perceptual Judgment Bias in multimodal large language models, proposing a novel dataset and training framework to enhance evaluation reliability.
This paper introduces RoboDream, a compositional world model for scalable robot data synthesis, enhancing data generation for robotic learning.
ProtoAda introduces a prototype-guided framework for Multimodal Continual Instruction Tuning, enhancing task assignment and parameter consolidation.
This paper presents SPAWN, a training-free method for concept spawning in autoregressive world models, enhancing interactive video generation.
This paper introduces HumanNOVA, a rapid and photorealistic 3D human avatar modeling system from a single RGB image, leveraging extensive data generation strategies.
This paper introduces VISReg, a novel regularization technique for self-supervised learning that enhances embedding stability and performance on out-of-distribution datasets.
AdaCodec introduces a predictive visual coding approach for video MLLMs, enhancing efficiency by reducing redundant visual token usage.
ClinEnv introduces a novel interactive benchmark for evaluating LLMs in clinical decision-making, emphasizing longitudinal patient simulations and information acquisition.
This paper presents a real-time, task-aware foveated imaging system that optimizes pixel bandwidth allocation during image acquisition.
This paper introduces a novel approach where Vision-Language Models act as teachers for Video Generation Models, enhancing video reasoning capabilities through adaptive optimization.