Research on cooperative many-core processors

我们提出了协同核心体系结构之一的核心交响乐体系结构。在本研究项目中，我们设计并实现了高效、逼真的CoreSymphony，并在现场可编程门阵列上运行。本课题的主要贡献如下：(1)提出了一种高效、逼真的协作核心体系结构，该体系结构禁止大部分来自前端的通信，采用无序核心作为基线，不需要进行二进制修改。(2)澄清微体系结构方面的问题，以实现核心交响乐。(3)针对这些问题，设计并实现了核心交响乐。(4)展示了核心交响乐架构的可能性。

We have proposed CoreSymphony architecture that is one of the cooperative core architectures. In this research project, we design and implement efficient and realistic CoreSymphony and run it on FPGA. The research project makes the following main contributions: (1) Proposing e cient and realistic CoreSymphony, the cooperative core architecture that forbids most of communication from front-end, adopts an out-of-order core as a baseline, and does not need binary modification. (2) Clarifying the problems on microarchitecture in order to realize CoreSymphony. (3) Designing and implementing CoreSymphony to solve these problems. (4) Showing possibility of the CoreSymphony architecture.