Session 4: Advanced hardware architectures

M. Biglari-Abhari
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Abstract

Using hardware architectures to improve performance and energy efficiency has been a key factor for application-specific optimisations. Latest Field Programmable Gate Arrays (FPGA) can not only be used as a reconfigurable hardware platform, they also provide hard core processors and other hard core IPs on the same chip to implement multiprocessor systems on chip, which can be tuned based on the target applications characteristics. In this session, the first two papers present the challenges and optimisations to use hardware architectures based on FPGA for wireless communication systems. In addition an investigation of the crosstalk effects on the Network on Chip energy consumption, as the main interconnection network in multiprocessor systems on chip, is presented.
第四部分:高级硬件架构
使用硬件架构来提高性能和能源效率一直是特定应用程序优化的关键因素。最新的现场可编程门阵列(FPGA)不仅可以作为可重构的硬件平台,还可以在同一芯片上提供硬核处理器和其他硬核ip来实现片上多处理器系统,可以根据目标应用的特点进行调整。在本次会议上,前两篇论文介绍了在无线通信系统中使用基于FPGA的硬件架构的挑战和优化。此外,还研究了作为片上多处理器系统主要互连网络的片上网络的串扰对其能耗的影响。
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