Abstract: This article proposes a testing technology path aimed at design mechanisms for comprehensive verification of faults. By adopting the concept of comprehensive verification, we distill an integrated verification principle and implementation requirements based on fault injection methods. The article also presents implementation principles, processes, verification evaluation methods, and key technological connotations for application trade-offs, along with application cases. This is significant for promoting general quality characteristics in the design process.
Keywords: Fault Injection; Design Mechanism; General Quality Characteristics; Comprehensive Verification
