【摘 要】
：
为了解决声频信号的高速、实时信号处理,本文采用多块TMS320C25双芯片功能模块,与主机构成主从分布式系统,运算速度可达72MOPS,比通用微机运算速度提高约2-3个数量级,可同时
【机 构】
：
西北工业大学,西北工业大学,西北工业大学 副教授,副教授,博士生
论文部分内容阅读
为了解决声频信号的高速、实时信号处理,本文采用多块TMS320C25双芯片功能模块,与主机构成主从分布式系统,运算速度可达72MOPS,比通用微机运算速度提高约2-3个数量级,可同时实时处理多种声频信号。本文介绍了该系统的硬件结构、系统功能特点以及应用。
In order to solve the high-speed, real-time signal processing of the audio signal, this paper adopts multiple TMS320C25 dual-chip function modules to form a master-slave distributed system with the host computer. The computing speed can reach 72MOPS, which is about 2-3 orders of magnitude faster than the general- Simultaneous real-time processing of multiple audio signals. This article describes the hardware structure of the system, system features and applications.
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