Abhishek Asi, Intel; Anshul Jain, Intel; Virginia Bao, Intel
This paper investigates a novel formal verification approach for validating the functionality of stream decoders, essential components in modern SoCs responsible for interpreting encoded data. Stream decoders are crucial for tasks such as compression, decompression, error-correction, and secure transmission. Traditional methodologies, including simulation and testing, struggle to address the complexities of evolving formats and standards. Formal verification, a systematic method, offers mathematical proof of design correctness, ensuring reliable operation in all situations. The paper explores the methodology and presents findings that emphasize the effectiveness of formal verification, promoting it as a rigorous tool for ensuring the accuracy and reliability of stream decoders in various digital systems.
