Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Learn about an innovative 25-minute video presentation that explores a reward-guided tree search framework designed to enhance large language models' reasoning capabilities for complex mathematical tasks. Dive into the integration of three core components: a policy model generating structured step-by-step reasoning, a reward model evaluating solution paths, and a tree search algorithm utilizing Monte Carlo Tree Search (MCTS) and MCTSG. Explore how the framework employs pre-expansion techniques, self-consistency scoring, and external tool integration to improve search efficiency. Discover the framework's performance on challenging mathematical benchmarks like MATH-OAI and OlympiadBench, demonstrating significant improvements over traditional methods such as chain-of-thought reasoning and beam search. Follow along as the presentation breaks down technical concepts including DPO alignment, test-time training, code space exploration, and automated code generation through Windsurf. Gain insights into how this framework addresses LLM reasoning limitations and establishes foundations for scalable AI systems capable of handling complex tasks, concluding with an intriguing perspective on reasoning as a quantum system. Read more