Researchers have introduced PRIME (Process Reinforcement through Implicit Rewards), an open-source solution aimed at enhancing the reasoning abilities of language models beyond traditional imitation or distillation techniques. PRIME integrates implicit process reward modeling with reinforcement learning, allowing for online updates using samples generated by policy models. This approach significantly improves model performance while reducing data and computational resource requirements. In a related advancement, a 7 billion parameter model, Eurus-2-7B-PRIME, was trained using PRIME, demonstrating superior mathematical capabilities compared to larger models such as GPT-4o and Llama-3.1-70B, without relying on distillation or imitation learning. Additionally, researchers from KAIST and DeepAuto have developed CoLoR (Compression for Long Context Language Model Retrieval), which enhances retrieval tasks by making them 1.91 times faster while improving performance.
PRIME ((Process Reinforcement through Implicit Rewards): An Open-Source Solution for Online Reinforcement Learning with Process Rewards to Advance Reasoning Abilities of Language Models Beyond Imitation or Distillation The system employs implicit process reward modeling (PRM),… https://t.co/kUczwpnFvq
Excited to share groundbreaking research on making large language models more efficient! Researchers from KAIST and DeepAuto have developed CoLoR (Compression for Long Context Language Model Retrieval), a novel approach that makes retrieval tasks 1.91x faster while improving… https://t.co/3WtCjds9oK
来自 @OpenBMB 最新的「高效低成本训练大模型」的研究进展! 使用PRIME(结合过程奖励的强化学习)方法训练了一个7B模型,不依赖任何蒸馏和模仿学习,就高效训练出了一个数学能力超过 GPT-4o、Llama-3.1-70B的 7B 模型 Eurus-2-7B-PRIME。 GitHub:https://t.co/aNRDu3vPex… https://t.co/j9QJ4hvXxA