统一的硬件/软件框架,实现高效的系统级仿真

N. Sutisna, L. Lanante, Y. Nagao, M. Kurosaki, H. Ochi
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引用次数: 1

摘要

在本文中,我们提出了统一的硬件(HW)/软件(SW)框架,用于复杂电路,特别是高吞吐量无线通信系统的高效系统级仿真。提出的框架包括一个统一的方法,涵盖系统级仿真(例如MATLAB或C/ c++)和物理层验证(例如FPGA)。它允许在系统级性能上下文中执行快速的硬件/软件评估,并且在可接受的时间内覆盖大量的验证场景。实验评估表明,实例设计案例的仿真时间比纯软件仿真快了几个数量级,并且能够在接近实时的处理中运行。此外,所提出的验证平台可用于在各种系统参数、硬件缺陷和信道模型下对MIMO无线系统进行完整的性能表征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unified HW/SW framework for efficient system level simulation
In this paper, we present unified Hardware (HW)/Software (SW) framework for efficient system level simulation of complex circuits, particularly high throughput wireless communication system. The proposed framework include a unified methodology covering both of system level simulation (e.g. MATLAB or C/C++) and physical level verification (e.g FPGA). It allows performing fast HW/SW evaluation in the context of system level performance and also covering large number of verification scenarios within acceptable time. Experimental evaluations show the example design case achieves improvement of simulation time several orders of magnitude faster than pure software simulation and also capable to run in near real-time processing. Moreover, the proposed verification platform can be used for complete performance characterization of a MIMO wireless system under various system parameters, hardware impairments and channel model.
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