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Asynchronous Dual-Thread Communication Module with Parent/Children Resource Management in Multi-core Architecture

机译:多核架构中具有父/子资源管理的异步双线程通信模块

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While Multi-Core architecture has been widely applied to processor designing, the cross-domain communication is growing fast in this architecture and becomes a quite important method to estimate the processor performance. In this paper, we designed a novel communication mechanism that can be deployed as either message senders or receivers, proposed a dual-thread module which can help the communication processors quickly deal with the coming requests and implemented a parent/children resource management mechanism to effectively utilize the resources to improve their capacities of handling messages. We implemented this design on a FPGA platform with a three-core architecture installed ThreadX on each core of them, in the end we described the approach to evaluate our design which proved that this design can improve both resource utilization and communication performance.
机译:尽管多核体系结构已广泛应用于处理器设计,但跨域通信在此体系结构中发展迅速,并已成为评估处理器性能的一种非常重要的方法。在本文中,我们设计了一种可以部署为消息发送者或接收者的新颖通信机制,提出了一种双线程模块,该模块可以帮助通信处理器快速处理即将到来的请求,并实现了父/子资源管理机制以有效地进行通信。利用资源来提高其处理消息的能力。我们在FPGA平台上实施了该设计,该FPGA平台在每个内核上均安装了三核架构ThreadX,最后,我们描述了评估设计的方法,证明了该设计可以提高资源利用率和通信性能。

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