Conference PaperExploring System-level Coordination of Vehicular Electronics: A Case Study for Traction ControlKabir, M. R.; Ray, S.In current practice, exploring the computation and software level of individual ECUs of an automotive system does not seem feasible enough for a system-level understanding of vehicular electronics. Exploring vehicular system-level use cases requires exercising the communication and coordination of the constituent ECUs. We are developing a prototype environment, VIVE, to enable early exploration of system-level coordination. VIVE enables extensible use case definition, as well as smooth and seamless addition of new, compute, sensor, or actuation functionality. This solution is flexible and configurable in such a way that enables the user to exercise inter-component and intersystem interactions. In this paper, we demonstrate the utility of such a prototyping environment in the exploration of a traction control use case.2021-10-14103740576th IEEE Automotive Reliability, Test, and Safety Workshop (ARTS 2021)https://doi.org/1908549National Science Foundation