Books etc

Although the GPU is one of the most successfully used accelerating devices for HPC, there are several issues when it is used for large-scale parallel systems. To describe real applications on GPU-ready parallel systems, we need to combine different paradigms of programming such as CUDA/OpenCL, MPI, and OpenMP for advanced platforms. In the hardware configuration, inter-GPU communication through PCIe channel and support by CPU are required which causes large overhead to be a bottleneck of total parallel processing performance. In our project to be described in this chapter, we developed an FPGA-based platform to reduce the latency of inter-GPU communication and also a PGAS language for distributed-memory programming with accelerating devices such as GPU. Through this work, a new approach to compensate the hardware and software weakness of parallel GPU computing is provided. Moreover, FPGA technology for computation and communication acceleration is described upon astrophysical problem where GPU or CPU computation is not sufficient on performance.

並列処理マシンの構成方法，ソフトウェア技術の最新情報を紹介。第5章バス結合型マルチプロセッサを担当。

第6.7節VLSI指向アーキテクチャを担当。RISCマシン、高並列VLSI指向マシンをまとめて解説する。

ディジタル回路の教育のためのテキスト。