Can LLMs Perform Deep Technical Comprehension of Computer Architecture Papers?

2026-07-13

AI Summary

This study investigates whether large language models (LLMs) can achieve deep technical comprehension of computer architecture research papers—going beyond surface-level summarization to identify core mechanisms, uncover implicit assumptions, and establish cross-paper connections. To this end, we introduce Gauntlet, an open-source analytical pipeline grounded in multi-agent collaboration and adversarial synthesis, which employs five specialized expert roles to conduct structured critical evaluations of academic papers. Experiments on 20 top-tier conference papers demonstrate that Gauntlet outperforms human analysis in 15 cases, while 98 ablation studies confirm that both the multi-agent architecture and the synthesis phase are essential for its superior performance. This work presents the first systematic evaluation and significant advancement of LLMs’ capacity for critical analysis in computer architecture.

Abstract

Can large language models perform deep technical comprehension of computer architecture papers -- not summarization, but structured critique that names the core mechanism, surfaces buried assumptions, and connects a contribution beyond its own scope? We study Gauntlet, an open-source pipeline that analyzes a paper through five independent expert-persona reviewers and an adversarial synthesis stage. On 20 ISCA 2025 and HPCA 2026 papers, ten researchers each wrote their own analyses and then judged, for papers other than their own, the human analysis against Gauntlet's. Across the 20 comparisons evaluators preferred Gauntlet in 15 (human in 4, one tie); its advantage is significant on per-analyst totals (paired Wilcoxon, p < 0.01) and largest on Critical Rigor, vanishing only on Calibration. Where humans win, it is on trust and usefulness rather than depth: a confident wrong claim, a mechanism described but not taught, or unprioritized breadth. A 98-paper automated ablation shows the gain comes from the multi-agent structure -- the pipeline beats the same model run as a single rich-persona agent on 96% of papers -- and specifically from its synthesis pass. We release all analyses, scores, and the rubric as a community resource.

Problem

• large language models
• computer architecture
• technical comprehension
• critical analysis
• scientific paper understanding

Innovation

• multi-agent LLM
• deep technical comprehension
• adversarial synthesis
• expert-persona reviewers
• computer architecture critique