Immortalizing many-core systems early experiences of the horizon 2020 action IMMORTAL

J. Raik
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Abstract

A dedicated fault monitoring network supplemented with fault management capabilities is required for controlling the dynamic reconfiguration and resource isolation within many-core systems as well as for keeping track of the system health status and reporting it to the software layer. It is imperative to develop such cross-layer fault management capabilities to be deployed in safety-critical domains but also in applications where access for maintenance would be time-consuming and costly, e.g. base stations in the telecommunications area. European universities (Tallinn University of Technology, Graz University of Technology and the University of Twente) have teamed up with IBM, the German Space Centre DLR and two SMEs (Recore Systems and Testonica Lab) in a new EU funded research project IMMORTAL (Integrated Modelling, Fault Management, Verification and Reliable Design Environment for Cyber-Physical Systems) in a quest to improve reliability and extend the lifetime of emerging many-core based cyber-physical systems.
不朽的许多核心系统的早期经验的地平线2020行动不朽
为了控制多核心系统中的动态重新配置和资源隔离,以及跟踪系统健康状态并将其报告给软件层,需要配备故障管理功能的专用故障监控网络。必须开发这种跨层故障管理能力,以部署在安全关键领域,但也适用于访问维护将是耗时和昂贵的应用,例如电信领域的基站。欧洲大学(塔林科技大学、格拉茨科技大学和特芬特大学)与IBM、德国航天中心DLR和两家中小企业(Recore系统和Testonica实验室)合作,在一个新的欧盟资助的研究项目IMMORTAL(网络物理系统的集成建模、故障管理、验证和可靠设计环境)中寻求提高可靠性和延长新兴的多核网络物理系统的使用寿命。
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