CALM: Training LLMs to Cooperate with Diverse Inference-Time Controllers
A novel post-training approach known as CALM (Controller-Aware Language Models) tackles the discrepancies between the training phase and the deployment of large language models (LLMs). Existing post-training techniques focus on optimizing a singular, fixed interaction style, while actual applications require a range of controllers, including Chain-of-Thought, self-consistency, debate, planning, and verification processes. CALM integrates controllers directly into the training loop, treating controller-aware post-training as multi-task reinforcement learning based on interaction protocols shaped by controllers. These controllers consist of reusable local reasoning modules, allowing for a modular breakdown of mixed-controller training under a turn-level GRPO objective. This methodology enhances adaptability to new workflows and fosters better collaboration with various inference-time controllers.
Key facts
- CALM is a post-training framework for LLMs.
- It addresses training-deployment mismatch caused by diverse inference-time controllers.
- Controllers include Chain-of-Thought, self-consistency, debate, planning, and verification.
- CALM uses multi-task reinforcement learning over controller-induced protocols.
- Controllers are composed of reusable local reasoning modules.
- Training uses a turn-level GRPO objective.
- The framework improves transfer to new workflows.
- The paper is available on arXiv with ID 2607.23771.
Entities
Institutions
- arXiv