Researchers from MIT, Sakana AI, OpenAI and Swiss AI Lab IDSIA Propose a New...
Artificial Life (ALife) research explores the emergence of lifelike behaviors through computational...
AutoSculpt: A Pattern-based Automated Pruning Framework Designed to Enhance Efficiency and Accuracy by Leveraging...
Deploying Deep Neural Networks (DNNs) on edge devices, such as smartphones and...
B-STAR: A Self-Taught AI Reasoning Framework for LLMs
A direct correlation exists between an LLM’s training corpus quality and its...
This AI Paper Introduces XMODE: An Explainable Multi-Modal Data Exploration System Powered by LLMs...
Researchers are focusing increasingly on creating systems that can handle multi-modal data...
Advancing Parallel Programming with HPC-INSTRUCT: Optimizing Code LLMs for High-Performance Computing
LLMs have revolutionized software development by automating coding tasks and bridging the...
This AI Paper Proposes TALE: An AI Framework that Reduces Token Redundancy in Chain-of-Thought...
Large Language Models (LLMs) have shown significant potential in reasoning tasks, using...
Researchers from Tsinghua University Propose ReMoE: A Fully Differentiable MoE Architecture with ReLU Routing
The development of Transformer models has significantly advanced artificial intelligence, delivering remarkable...
aiXplain Introduces a Multi-AI Agent Autonomous Framework for Optimizing Agentic AI Systems Across Diverse...
Agentic AI systems have revolutionized industries by enabling complex workflows through specialized...
Hypernetwork Fields: Efficient Gradient-Driven Training for Scalable Neural Network Optimization
Hypernetworks have gained attention for their ability to efficiently adapt large models...
This AI Paper Explores How Formal Systems Could Revolutionize Math LLMs
Formal mathematical reasoning represents a significant frontier in artificial intelligence, addressing fundamental...
