Large language models (LLMs), crucial for various applications such as automated dialog systems and data analysis, often struggle in tasks necessitating deep cognitive processes and dynamic decision-making. A primary issue lies in their limited capability to engage in significant reasoning without human intervention. Most LLMs function on fixed input-output cycles, not permitting mid-process revisions based…
Researchers at The Massachusetts Institute of Technology (MIT) have established a proposed method which merges machine learning with first-principles calculations to help in managing the computational complexities required in understanding the thermal conductivity of semiconductors, specifically focusing on diamonds. The diamond, known for its exceptional thermal conductivity, has several factors that complicate the conventional understanding…
Large language models (LLMs) paired with tree-search methodologies have been leading advancements in the field of artificial intelligence (AI), particularly for complex reasoning and planning tasks. These models are revolutionizing decision-making capabilities across various applications. However, a notable imperfection lies in their inability to learn from prior mistakes and frequent error repetition during problem-solving.
Improving the…
DeepLearning.AI has rolled out fifteen short artificial intelligence (AI) courses, aiming to enhance students' proficiency in AI and generative AI technologies. The training duration isn't specified, but the depth and breadth of the curriculum cater significantly to AI beginners and intermediates.
Following is the description of these courses:
1. Red Teaming LLM Applications: It covers enhancing LLM…
Speech synthesis—the technological process of creating artificial speech—is no longer a sci-fi fantasy but a rapidly evolving reality. As interactions with digital assistants and conversational agents become commonplace in our daily lives, the demand for synthesized speech that accurately mimics natural human speech has escalated. The main challenge isn't simply to create speech that sounds…
In the field of Artificial Intelligence (AI), "zero-shot" capabilities refer to the ability of an AI system to recognize any object, comprehend any text, and generate realistic images without being explicitly trained on those concepts. Companies like Google and OpenAI have made advances in multi-modal AI models such as CLIP and DALL-E, which perform well…
To improve the planning and problem-solving capabilities of language models, researchers from Stanford University, MIT, and Harvey Mudd have introduced a method called Stream of Search (SoS). This method trains language models on search sequences represented as serialized strings. It essentially presents these models with a set of problems and solutions in the language they…
Language models (LMs) are a crucial segment of artificial intelligence and can play a key role in complex decision-making, planning, and reasoning. However, despite LMs having the capacity to learn and improve, their training often lacks exposure to effective learning from mistakes. Several models also face difficulties in planning and anticipating the consequences of their…