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Automated synthesis of dependable mediators for heterogeneous interoperable systems

机译:异构互操作系统的可靠介体的自动合成

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摘要

Approaches to dependability and performance are challenged when systems are made up of networks of heterogeneous applications/devices, especially when operating in unpredictable open-world settings. The research community is tackling this problem and exploring means for enabling interoperability at the application level. The EU project Connect has developed a generic interoperability mechanism which relies on the on-the-fly synthesis of "CoNNEcrors", that is software bridges that enable and adapt communication among heterogeneous devices. Dependability and Performance are relevant aspects of the system. In our previous work, we have identified generic dependability mechanisms for enhancing the dependability of Connectors. in this work, we introduce a set of generic strategies for automating the selection and application of an appropriate dependability mechanism. A case study based on a global monitoring system for environment and security (GMES) is used as a means for demonstrating the approach.
机译:当系统由异构应用程序/设备的网络组成时,尤其是在无法预测的开放世界环境中运行时,可靠性和性能的方法面临挑战。研究界正在解决这个问题,并探索在应用程序级别实现互操作性的方法。欧盟的Connect项目已经开发了一种通用的互操作性机制,该机制依赖于“ CoNNEcrors”的动态合成,这是支持并适应异构设备之间通信的软件桥梁。可靠性和性能是系统的相关方面。在我们以前的工作中,我们已经确定了用于增强连接器可靠性的通用可靠性机制。在这项工作中,我们介绍了一套通用策略,用于自动选择和应用适当的可靠性机制。基于全球环境与安全监控系统(GMES)的案例研究被用作证明该方法的手段。

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