An open design methodology for automotive electrical/electronic system based on quantum platform
The current automotive electrical/electronic (E/E) systems are characterized by proprietary solutions, which seldom allow the exchange of applications between both automotive OEMs and their suppliers. It is especially difficult to change ECU suppliers or reuse the software in a new generation of products. Increasing functional requirements in automotive E/E vehicle development will significantly enhance the integration of novel functions. In order to satisfy the increasing requirements for the complex software development of automotive E/E system, implement the portability of application software modules and compatibility of ECU modules among different automotive OEMs and their suppliers, this paper presents an open design methodology based on quantum platform. An open architecture of automotive E/E system based quantum platform is established. Its principle and structures are described in detail. Finally, an automated mechanical transmission (AMT) system as a typical case is used to demonstrate the design process based on the proposed method.
open design quantum platform automotive electrical/electronic (e/e) systems ecu amt autosar osek/vdx