Verification and semantic parallelization of goal-driven autonomous software
Damian Dechev, Nicolas Rouquette, Peter Pirkelbauer, Bjarne Stroustrup · 2008
Future space missions such as the Mars Science Laboratory demand the engineering of some of the most complex man-rated autonomous software systems. According to some recent estimates, the certification cost for mission-critical software exceeds its development cost. The current process-oriented methodologies do not reach the level of detail of providing guidelines for the development and validation of concurrent software. Time and concurrency are the most critical notions in an autonomous space system. In this work we present the design and implementation of a first con-currency and time centered framework for verification and semantic parallelization of real-time C++ within the JPL Mission Data System Framework (MDS). The end goal of the industrial project that motivated our work is to provide certification artifacts and accelerated testing of the complex software interactions in autonomous flight systems. As a case study we demonstrate the verification and semantic par-allelization of the MDS Goal Networks.