Verification of temporal properties in automotive embedded software
Djones Vinicius Lettnin, Pradeep Kumar Nalla, Jürgen Ruf, Thomas Kröpf, Wolfgang Rosenstiel, Tobias Kirsten, Volker Schönknecht, Stephan Reitemeyer · 2008
The amount of software in embedded systems has increased significantly over the last years and, therefore, the verification of embedded software is of fundamental importance. One of the main problems in embedded software is to verify variables and functions based on temporal properties. Formal property verification using model checker often suffers from the state space explosion problem when a large software design is considered. In this paper, we propose two new approaches to integrate assertions in the verification of embedded software using simulation-based verification. Firstly, we extended a SystemC hardware temporal checker with interfaces in order to monitor the embedded software variables and functions that are stored in a microprocessor memory model. Secondly, we derived a SystemC model from the original C program in order to integrate directly with the SystemC temporal checker. We performed a case study on an embedded software from automotive industry which is responsible for controlling read and write requests to a non-volatile memory.