使用FlexTiles平台为异构多核架构设计应用程序

Benedikt Janßen, Fynn Schwiegelshohn, Martijn Koedam, François Duhem, Leonard Masing, Stephan Werner, Christophe Huriaux, A. Courtay, Emilie Wheatley, K. Goossens, F. Lemonnier, P. Millet, J. Becker, O. Sentieys, M. Hübner
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引用次数: 12

摘要

FlexTiles平台是在第七个框架计划项目中开发的,该项目由欧洲联盟与五个国家的十个参与者共同资助。它旨在创建一个能够动态管理负载平衡、功耗和故障模块的自适应异构多核架构。它的重点是使体系结构高效,并保持较低的编程工作量。因此,该概念包含一个专用的自动化工具流,用于创建硬件和软件,一个仿真平台,可以执行与FPGA原型相同的二进制文件,以及一个虚拟化层,用于管理最终的异构多核架构,以实现运行时适应性。使用这种方法可以提高软件开发的生产率,从而减少上市时间和开发成本。在本文中,我们介绍了FlexTiles开发平台和一个多核心架构演示。讨论了实现、验证和集成两个用例的步骤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing applications for heterogeneous many-core architectures with the FlexTiles Platform
The FlexTiles Platform has been developed within a Seventh Framework Programme project which is co-funded by the European Union with ten participants of five countries. It aims to create a self-adaptive heterogeneous many-core architecture which is able to dynamically manage load balancing, power consumption and faulty modules. Its focus is to make the architecture efficient and to keep programming effort low. Therefore, the concept contains a dedicated automated tool-flow for creating both the hardware and the software, a simulation platform that can execute the same binaries as the FPGA prototype and a virtualization layer to manage the final heterogeneous many-core architecture for run-time adaptability. With this approach software development productivity can be increased and thus, the time-to-market and development costs can be decreased. In this paper we present the FlexTiles Development Platform with a many-core architecture demonstration. The steps to implement, validate and integrate two use-cases are discussed.
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