X-RIC: An Agentic RAN-Intelligent Controller Benchmark for Enhancing Reinforcement Learning· X-RIC:增强强化学习的O-RAN智能控制器
The O-RAN ALLIANCE introduces architectural flexibility through disaggregation and AI-driven control. While the RAN Intelligent Controller (RIC) enables centralized optimization, current AI approaches lack reasoning capabilities and explainability. We propose eXplainable RIC (X-RIC), a novel framework integrating agentic AI into O-RAN architectures. X-RIC combines reactive Reinforcement Learning (RL) with strategic agentic reasoning through: (i) automated Behavioral Cloning (BC) using domain heuristics for sample-efficient training, (ii) a Telecom Language Model (TLM), a transformer-based reasoning module providing contextual abstraction and interpretability, and (iii) closed-loop co-adaptation within the Near-RT RIC control loop enabling continuous policy refinement. To ensure deployment
X-RIC 将强化学习与代理智能结合,提高 O-RAN 控制器的可解释性和优化能力。
- 核心方法
- X-RIC 框架融合了反应式强化学习和策略性代理推理,通过自动行为克隆、电信语言模型以及近实时RIC控制环内的闭环共适应来实现。
- 适合谁读
- 研究者
- 要解决的问题
- O-RAN 联盟通过解聚和AI驱动的控制引入了架构灵活性,但当前的AI方法缺乏推理能力和可解释性。
- 关键实验
- 未提供
- 主要贡献
- 提出了一个可解释的RIC框架,提高了AI在O-RAN架构中的应用效率和解释能力。
- 意义与局限
- X-RIC 框架能够增强O-RAN中AI应用的实际可行性和透明度,但需要进一步验证其在真实环境中部署的效果。