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Non-intrusive debugging framework for parallel software based on super multi-core framework

机译:基于超级多核框架的并行软件的非侵入式调试框架

摘要

A non-intrusive debugging framework for parallel software based on a super multi-core framework is composed of a plurality of core clusters. Each of the core clusters includes a plurality of core processors and a debug node. Each of the core processors includes a DCP. The DCPs and the debug node are interconnected via at least one channel to constitute a communication network inside each of the core clusters. The core clusters are interconnected via a ring network. In this way, the memory inside each of the debug nodes constitutes a non-uniform debug memory space for debugging without affecting execution of the parallel program, such that it is applicable to current diversified dynamic debugging methods under the super multi-core system.
机译:基于超级多核框架的并行软件的非侵入式调试框架由多个核心集群组成。每个核心群集包括多个核心处理器和调试节点。每个核心处理器都包括一个DCP。 DCP和调试节点经由至少一个信道互连,以在每个核心集群内部构成通信网络。核心群集通过环形网络互连。这样,每个调试节点内部的存储器就构成了用于调试的不均匀的调试存储器空间,而又不影响并行程序的执行,因此适用于超级多核系统下当前多样化的动态调试方法。

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