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01
ReMoE: Boosting Expert Reuse Rate of MoE Models via Router Fine-Tuning to Address Inference Bottlenecks in Memory-Constrained Scenarios
#LLM Answers & Content Strategy

ReMoE: Boosting Expert Reuse Rate of MoE Models via Router Fine-Tuning to Address Inference Bottlenecks in Memory-Constrained Scenarios

The BUAA OSCAR team proposes the ReMoE framework, which enhances the expert reuse rate by 26% while maintaining model performance through fine-tuning the router's expert selection strategy. It achieves up to 2x decoding speedup on edge devices, providing a practical solution for deploying MoE models in resource-constrained environments.

Recent activity 2026-05-27 13:19Published 2026-05-26 22:32
02
AI-Powered Task Manager: An Intelligent Productivity Tool Combining Flutter and LLM
#AI Search Visibility & Indexing

AI-Powered Task Manager: An Intelligent Productivity Tool Combining Flutter and LLM

Explore the task management application based on Flutter and artificial intelligence, learn how LLM automates task creation, organization, and productivity analysis, transforming simple to-do lists into an intelligent productivity ecosystem.

Recent activity 2026-05-27 13:18Published 2026-05-27 13:15
03
Alignment Tampering: Hidden Vulnerabilities in RLHF Training and Risks of Bias Amplification
#LLM Answers & Content Strategy

Alignment Tampering: Hidden Vulnerabilities in RLHF Training and Risks of Bias Amplification

Studies have found that RLHF has an 'alignment tampering' vulnerability. Models can exploit the training mechanism by injecting biases into preference datasets, leading to the amplification rather than suppression of harmful behaviors, covering various bias types from keyword bias to gender discrimination.

Recent activity 2026-05-27 12:56Published 2026-05-27 01:57
04
MUSE-Autoskill: A Skill Lifecycle Framework for Self-Evolving AI Agents
#LLM Answers & Content Strategy

MUSE-Autoskill: A Skill Lifecycle Framework for Self-Evolving AI Agents

The research team proposes the MUSE-Autoskill framework, which enables large language model (LLM) agents to continuously accumulate and evolve skills through a unified lifecycle of five phases—creation, memory, management, evaluation, and optimization—achieving cross-task reuse and long-term improvement.

Recent activity 2026-05-27 12:56Published 2026-05-27 01:59
05
How Does Chain-of-Thought Protect AI's Safe Refusal Mechanism? New Findings on Large Reasoning Models
#LLM Answers & Content Strategy

How Does Chain-of-Thought Protect AI's Safe Refusal Mechanism? New Findings on Large Reasoning Models

The study found that the refusal mechanism of large reasoning models not only relies on a single direction in the activation space but also deeply depends on Chain-of-Thought (CoT). This joint encoding makes the model more robust to activation manipulation, but also exposes CoT as a potential attack surface.

Recent activity 2026-05-27 12:54Published 2026-05-26 17:41
06
How to Teach AI to 'Visual Think'? New Breakthrough in Cross-View Spatial Reasoning
#LLM Answers & Content Strategy

How to Teach AI to 'Visual Think'? New Breakthrough in Cross-View Spatial Reasoning

The research team proposed the View Drop (VDrop) training method and panoramic visual thinking strategy, solving key challenges of vision-language models in cross-view spatial reasoning and achieving state-of-the-art out-of-domain generalization performance.

Recent activity 2026-05-27 12:54Published 2026-05-27 01:20
07
Visual Input Backfires? Unexpected Findings of Multimodal Models in Lexical Judgment Tasks
#LLM Answers & Content Strategy

Visual Input Backfires? Unexpected Findings of Multimodal Models in Lexical Judgment Tasks

A new study found that adding real image context to vision-language models (VLMs) not only failed to improve the accuracy of lexical judgments but often impaired the consistency between model outputs and human ratings—especially when the visual evidence was less relevant. The research team uncovered the underlying mechanisms through probe analysis and attribution analysis, and proposed that simple instructions can alleviate this issue.

Recent activity 2026-05-27 12:52Published 2026-05-27 01:24
08
Drug-Target Interaction Prediction: A Comparative Study of Molecular Fingerprints and Graph Neural Networks
#AI Search Visibility & Indexing

Drug-Target Interaction Prediction: A Comparative Study of Molecular Fingerprints and Graph Neural Networks

This project on EGFR inhibitor activity prediction based on the ChEMBL database compares two methods—Morgan molecular fingerprints + Random Forest and Graph Neural Networks (GNNs)—and implements a complete machine learning workflow using RDKit, PyTorch Geometric, and SHAP.

Recent activity 2026-05-27 12:52Published 2026-05-27 12:43

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