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Vetronics Architecture with in-vehicle Networking

机译:具有车载网络的Vetronics架构

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摘要

The effectiveness of combat and combat support vehicles platforms can be improved significantly by incorporating Vetronics concept at the platform design stage itself which allows on-board systems to be interconnected as networks and enables them not only to share the information with-in the platform but also with the neighbouring platforms. The Vetronics concept not only optimises the on-board computing resources and other electronic sub-systems, also aids in easier platform integration. The Vetronics architecture with in-vehicle networking can be conceived and optimised based for vehicle type, requirement of types of systems envisaged for integration and having a balance between standard and customised components. The conceptual architecture proposed in this paper brings out the benefits offered by Vetronics approach for integration of on-board sub-systems thereby enhancing the platform effectiveness and Battlefield Management System for in-service and futuristic platforms considering the space as one of the major constraints. The proposed concept is adaptable, flexible and scalable enabling integration of the various electronic sub-systems.
机译:通过在平台设计阶段本身纳入Vetronics概念,可以显着提高作战和作战支持车辆平台的效率,该概念使车载系统可以作为网络互连,并且不仅可以与平台共享信息,还可以与平台共享信息。与邻近的平台。 Vetronics概念不仅可以优化车载计算资源和其他电子子系统,还可以帮助简化平台集成。具有车载网络的Vetronics体系结构可以根据车辆类型,对系统类型的要求进行设想和优化,以进行集成,并在标准组件和定制组件之间取得平衡。本文提出的概念架构充分体现了Vetronics方法为集成机载子系统提供的优势,从而将空间作为主要约束之一,从而提高了在役和未来派平台的平台效能和战场管理系统。所提出的概念是自适应的,灵活的和可扩展的,从而能够集成各种电子子系统。

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