The Quest for Efficient Reasoning: A Data-Centric Benchmark to CoT Distillation
Ruichen Zhang, Rana Muhammad Shahroz Khan, Zhen Tan, Dawei Li, Song Wang, Tianlong Chen
2025-05-27
Summary
This paper talks about DC-CoT, a new way to test and compare how well different methods help AI models learn to think step-by-step, which is called chain-of-thought distillation. The benchmark looks at how these methods perform and how well they work across different types of models and data.
What's the problem?
The problem is that it's hard to know which techniques are actually best for teaching AI to reason in steps, because there hasn't been a clear and fair way to compare them all. Without a good benchmark, researchers can't easily judge which methods are most effective or which ones work best in different situations.
What's the solution?
The authors created DC-CoT, a detailed benchmark that tests and measures the performance of various data-focused distillation methods for chain-of-thought reasoning. This benchmark checks not only how well the methods work on one model or dataset, but also how well they generalize to others.
Why it matters?
This is important because it gives the AI research community a reliable way to compare and improve methods for teaching models to reason step-by-step. With better benchmarks, future AI systems can become more logical and trustworthy in solving complex problems.
Abstract
DC-CoT provides a comprehensive benchmark for assessing data-centric distillation techniques in chain-of-thought distillation, focusing on performance and generalization across different models and datasets.