Aspect-based ABV for SystemC transaction level models
Meriam Kallel, Younes Lahbib, Rached Tourki, Adel Baganne
Abstract
Meriam Kallel, Younes Lahbib, Rached Tourki, Adel Baganne
Abstract
Transaction level modeling (TLM) is increasingly being adopted to describe hardware designs at high abstraction levels. This paper proposes a framework that targets the assertion-based verification (ABV) of SystemC transaction level models during simulation. Aspect-oriented (AO) mechanisms are exploited to write temporal properties that fit TLM requirements. No modifications are needed in the design's SystemC code. Functional as well as performance properties are addressed. We demonstrate the effectiveness of our approach on TLM 2.0 standard compliant models.
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Transaction level modeling (TLM) is increasingly being adopted to describe hardware designs at high abstraction levels. This paper proposes a framework that targets the assertion-based verification (ABV) of SystemC transaction level models during simulation. Aspect-oriented (AO) mechanisms are exploited to write temporal properties that fit TLM requirements. No modifications are needed in the design's SystemC code. Functional as well as performance properties are addressed. We demonstrate the effectiveness of our approach on TLM 2.0 standard compliant models.
Key concepts: SystemC, Transaction-level modeling, Computer science, Abstraction, Electronic system-level design and verification, Assertion, Database transaction, Computer architecture