This dissertation discusses realization of the project and relevant theoretical analysis . the main focus is on the hardware design and realization 本文主要论述该项目的具体实现及相关理论分析，重点在于该系统的硬件模块实现及分析。
A tool called parbit [ 16 ] has been developed to easily transform and restructure bit files to implement dynamically loadable hardware modules 一个叫parbit [ 16 ]的工具已经被开发出来，并且容易的转换和重新构造位文件来执行动态加载的硬件模块。
Thirdly , it gives a detail about the hardware and the circuit ( single - chip , communication interface circuit , sign input channel and analogous circuit ) 第三，详细阐述了系统的各硬件模块电路（单片机系统、通信接口电路、信号输入通道、模拟电源）组成。
Secondly , embedded hardware structure of handhold monitoring and control system isdesigned , and handhold monitoring and control system is divided into several hardwaremodules 其次,设计了手持监控系统的嵌入式硬件结构,并将手持监控系统划分为若干硬件模块。
2 . after analyzing their function and performance , the hardware system of the steering gear test - bed ' s control system was designed , and the type of hardware was selected . 完成了测控系统的硬件设计，在对各种工控模块进行分析、比较的基础上，完成了各硬件模块的选型。
The raw signal simulator , which could generate the real - time echoes of distributed target , is divided into two parts : software and hardware platforms 软件模块的功能是生成星载sar分布目标原始数据，而硬件模块的功能是实时的把离散的原始数据转换成模拟的射频输出信号。
3 . by means of high - speed calculation and abundant function module of tms320lf2407 , the algorithm and the effect of svpwm has been greatly optimized . 4 利用tms320x2407强大的实时运算能力和内部集成的专用硬件模块，大大优化了svpwm的实现算法，提高了生成svpwm波形的质量。
The paper presents the scheme to divide the modules of tsc ( traffic surveillance and control ) system ' s software modules and hardware ones 本文从高速公路隧道测控系统研究目标出发，系统地论述了隧道测控系统的软、硬件模块划分以及各功能模块间的相互关系，提出了隧道测控系统的总体设计方案。
A particular combination of a computer , software and hardware modules , and peripherals at a single installation and interconnected in such a way as to support certain application ( s ) 在单个系统内,计算机、软件和硬件模块以及外部设备的一种特定的组合,它们互相连接起来以支持某种应用(系统) 。
This system is designed by the way of modularization . the hardware modules are easy to produce , extend and keep , and the software modules are easy to modify , expand and upgrade 污水处理集散控制系统的硬件和软件都采用模块化设计，硬件模块便于生产、扩展和维护，软件模块便于修改、扩充或升级。
