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Enabling reconfiguration of adaptive control systems using real-time context-aware framework

机译:使用实时上下文感知框架实现自适应控制系统的重新配置

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摘要

Current industrial systems need to interact with the surrounding environment in order to provide more efficiency. In such systems, used software applications must be strong enough to answer run-time needs. Context-aware applications seem to be an appropriate solution that can satisfy adaptation to the continuous changes. Safe reconfigurations require the respect of tasks deadlines and the avoidance of blocking. However, existing solutions are still insufficient and lack many important services. In this paper, we propose a new context-aware framework for developing control applications in dynamically changing environment. We focus on respecting real-time as well as functional constraints. The proposed framework structure provides simple reconfiguration handling and boosts the awareness of applications. This paper describes the definition of the proposed framework and its design. To prove the validation of the new approach, we have performed a case study and simulations.
机译:当前的工业系统需要与周围环境交互以提供更高的效率。在这样的系统中,使用过的软件应用程序必须足够强大才能满足运行时需求。上下文感知的应用程序似乎是可以满足对连续变化的适应性的合适解决方案。安全的重新配置要求遵守任务的截止日期并避免阻塞。但是,现有的解决方案仍然不足,并且缺少许多重要的服务。在本文中,我们提出了一个新的上下文感知框架,用于在动态变化的环境中开发控制应用程序。我们专注于尊重实时和功能约束。所提出的框架结构提供了简单的重新配置处理,并提高了应用程序的意识。本文介绍了拟议框架的定义及其设计。为了证明新方法的有效性,我们进行了案例研究和模拟。

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