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Managing Communication Paradigms with a Dynamic Adaptive Middleware

机译:使用动态自适应中间件管理通信范例

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Autonomous systems, such as self-driving cars, are an emerging but very complex class of systems designed to relieve people of many unpleasant tasks. However, in the industry software architectures and frameworks that have been developed for non-autonomous systems are often used for such autonomous systems. These architectures and frameworks are rigid, very close to the hardware platform and offer little room for extensions. In this paper, we present a dynamic-adaptive middleware for autonomous systems, which is based on a formal component model and supports several communication paradigms independent of the actually used communication technologies. The presented middleware has already been implemented as a prototype and tested with an electric model vehicle.
机译:自主系统,如自动驾驶汽车,是一种新兴的,但非常复杂的系统,旨在缓解许多令人不快的任务的人。然而,在为非自治系统开发的业内软件架构和框架中通常用于此类自治系统。这些架构和框架是刚性的,非常接近硬件平台,并且为扩展提供很小的空间。在本文中,我们提出了一种自动系统的动态自适应中间件,它基于正式的组件模型,并支持几种独立于实际使用的通信技术的通信范例。所提出的中间件已经被实现为原型并用电模型车辆测试。

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