The DeepSeek-R1 research paper has garnered attention for its innovative approach to training large language models (LLMs) using pure reinforcement learning (RL) techniques. According to experts, the paper emphasizes that reasoning capabilities can emerge from the model's interactions with its environment, rather than being pre-programmed. Key aspects of the training methodology include the use of Group Relative Policy Optimization (GRPO) and a multi-stage training approach. The research indicates that while RL is a powerful tool for enhancing reasoning capabilities, it is not the sole method required, as DeepSeek-R1 employs a combination of RL and supervised fine-tuning (SFT). The paper suggests that the compute costs associated with pure RL are high, but the potential for emergent behaviors and sophisticated reasoning makes it a compelling area of study for AI development.
DeepSeek’s R1 learns to reason via pure RL with no / minimal SFT. Here’s how to understand the role of SFT and why it is used (or not) for reasoning models… TL;DR: R1 shows that we can learn to reason via pure RL. But, the compute costs are high–discovering a good solution… https://t.co/qNFEVeB6Y8
Introducing GRPO to TRL - the training algorithm behind DeepSeek R1 🔥! 🔋Eliminates the value function from PPO to save boatloads of compute 💰 Samples N completions per prompt to compute average rewards across a group To use it, run: pip install git+https://t.co/qBT5uOPuNw https://t.co/ARPn1ENnqT
Reading through the DeepSeek-R1 paper. Just publised.. it’s not just another LLM—it’s a rule-breaking, RL-pioneering powerhouse that flips the script on traditional training. ------- (Subscribe and get the edge, I write here daily. link in comments & bio) https://t.co/UZabZE12uK