第三章论述了本设计的系统硬件设计。
In the third part I discuss the hardware design of the system.
单片机系统硬件设计。
系统硬件设计及调试。
实验表明了该系统硬件设计的正确性和有效性。
The results of the system working in real time indicates the correctness and the validity of the design.
重点阐述了系统工作原理、系统硬件设计和软件设计。
The system's general principle, hardware and software design are mainly discussed.
介绍了该系统的检测原理、系统硬件设计和软件算法流程。
The inspecting principle, system hardware design and software flow are introduced.
完成系统硬件设计以后，我一直忙于学习新型微处理器语言。
After completing the automated-test-system-hardware design, I was working hard at learning the language for this new microcontroller.
己完成了单片机通信控制系统硬件设计和软件编写与调试任务；
I have completed hardware design of micro-control system, software writing and debugging.
详细阐述系统硬件设计及工作流程，重点分析了其视频编码的实现。
In this paper, its hardware structure is introduced as well as its working principle; especially, the performance of video encoding is analyzed.
本文介绍了系统原理、系统硬件设计、系统软件设计及实际应用情况。
System principle, system hardware design, system software design and application were introduced.
本文主要介绍了一种新型的四线电话语音信箱的系统硬件设计和软件编制。
The hardware and software designs of a four-line telephone voice mail - box system are introduced in this paper.
给出了系统的设计框图，在此基础上对系统硬件设计和软件设计进行了阐述。
It produced the block diagram and carried on the elaboration in this foundation to the system hardware design and the software design.
本文研究了单片机控制的燃气热水器水温自动调节系统硬件设计的有关问题。
This paper study some question about hardware design for automatic temperature control system composed of singe chip microcomputer.
文中给出了流量测量、积算的方法，阐明了系统硬件设计与软件实现的技巧。
The paper gives the method of measurement of flow volume and accumulating flow volume, and demonstrates the skills of hardware design and software achievement.
系统硬件设计：基于FPGA、DSP实时雷达信号pci采集处理卡的设计。
System hardware designs: Designing a realtime radar signal collecting and processing card based on FPGA, DSP and PCI.
第二部分介绍了系统硬件设计，包括主站射频模块和测站射频模块电路的设计。
The second part of the paper introduces the hardware design of the system, including the circuit design of host station RF module and measurement station RF module.
给出了PCL724卡的特性、系统硬件设计、软件设计以及相应的软件编程实例。
The characteristics of PCL724 card, the hardware design of this system, software design, and its programming example.
本文分为六部分，其中主要内容是系统总体分析，系统硬件设计，系统软件设计三部分。
This paper is divided into six parts, of which the main contents of the overall system analysis, system hardware design, system software design three parts.
主要完成了系统方案设计、系统硬件设计、系统软件设计、系统调试、实时性分析等项工作。
The works are composed of system plan design, system hardware design, system software design, system debugging and analysis of real-time capability etc.
详细地介绍了智能数控电流源系统设计方案的选择、系统硬件设计过程、系统软件设计过程。
This article particularly introduces the selection, system hardware and software design processes of the design plan of intelligent digital control current source.
本文以教室智能灯具开关为例，从系统数学模型的建立、基本系统结构到系统硬件设计给以详述。
This paper, taking Classroom Intelligent Switch for example , discussed the mathematical model of system structure and the design of hardware and software.
简要介绍了CPLD在记录仪系统硬件设计与软件设计中的具体应用，阐述了CPLD的工作原理。
This paper briefly introduces the concrete application of CPLD in the design of hardware and software of the recording instrument system, and expounds the working principle of CPLD.
首先，本文讨论了电子喷绘机图像处理系统硬件设计的要求，以及硬件系统的模块结构和功能划分。
Firstly, design requirements for hardware system of digital printer as well as the module structure and function classification are discussed in this thesis.
CAD系统软件的开发是以柔性夹具系统硬件设计为基础，该系统在IBMPC微型计算机上实现。
CAD system software is developed based on hardware design of flexible fixture system. This system runs on an IBM PC microcomputer.
无速度传感器转速观测能有效提高系统的冗余，使系统硬件设计得以简化，是目前电机控制研究热点。
Sensorless speed observation can increase system redundancy effectively and can reduce the hardware design complexity, which becomes a focus of current research works.
介绍了一种由at89c 51单片机控制交流伺服电机的系统方案，包括系统硬件设计和软件设计。
The paper provides a scheme to control AC servo-motor using single chip-computer AT89C51, including hardware design and software design.
介绍了一种由at89c 51单片机控制交流伺服电机的系统方案，包括系统硬件设计和软件设计。
The paper provides a scheme to control AC servo-motor using single chip-computer AT89C51, including hardware design and software design.
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