Tag: Neural networks
Distilling System 2 Thinking into LLMs for Enhanced Complex Reasoning Performance
Large language models (LLMs) are incredibly skilled at answering simple questions, but when it comes to handling complex tasks that require reasoning and planning,...
AI’s Potential to Surpass Elon Musk: A Closer Look
A recent study by the Center for Countering Digital Hate (CCDH) revealed the alarming truth that hate and misinformation have become profitable on social...
Advancements in AI Reasoning: OpenAI’s Breakthrough and Progress Framework
OpenAI recently introduced a new five-tier system to assess the progress of artificial general intelligence (AGI). This system aims to provide a clear structure...
Enhancing AI Models’ Reasoning Capabilities with OpenAI’s Strawberry (Q*)
OpenAI, a prominent artificial intelligence research lab, has recently unveiled a new tool called Strawberry (Q*) that aims to enhance AI models' reasoning capabilities....
Unveiling Key Learnings from Google Cloud Beyond the Gen AI Hype
Yasmeen Ahmad, who is the managing director of strategy and outbound product management for data, analytics, and AI at Google Cloud, recently shared insights...
Enhancing AI Applications with Anthropic’s Claude Playground | TechCrunch
Prompt engineering has become a crucial aspect of the AI industry, and Anthropic is taking steps to streamline this process with the development of...
Compact Language Model Development for Mobile Devices
Meta AI researchers have introduced a new approach called MobileLLM to create efficient language models for mobile devices. This new model challenges the idea...
Challenging AI Processing: Microsoft’s ‘MInference’ Demo Drop
Microsoft recently showcased its new MInference technology on the AI platform Hugging Face, demonstrating a significant breakthrough in processing speed for large language models....
Revolutionizing AI Hardware: Innatera Leading the Way
Innatera is at the forefront of revolutionizing AI hardware with its Spiking Neural Processor, leading the way in neuromorphic computing. While traditional deep learning...