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STIMSMITH

Beyond Random Inputs: A Novel ML-Based Hardware Fuzzing

Paper
First seen 6/24/2026
Last seen 6/24/2026
Evidence 6 chunks

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RELATIONSHIPS

8 connections
PPO uses → 88% 2e
PPO is used during RL-based training stages.
ISA Disassembler uses → 90% 2e
A disassembler is leveraged to penalize invalid instruction generations.
Coverage feedback uses → 93% 2e
Coverage information guides the optimization of generated inputs.
ChatFuzz evaluates → 92% 2e
It measures condition coverage and time to coverage on RocketCore and BOOM.
TheHuzz evaluates → 90% 2e
It reports TheHuzz’s coverage and the time required to reach target coverage.
Reinforcement learning (RL) uses → 95% 1e
RL optimizes input generation through coverage-based rewards.
Large Language Models (LLMs) uses → 95% 1e
LLMs are central to the proposed ML-based fuzzing approach.
ChatFuzz introduces → 98% 1e
Authors present ChatFuzz as a new ML-based hardware/processor fuzzer.