This paper deals mainly with the hardware and software design of the protective circuit for lithium-ion batteries (7 in series), whose control center is PIC16C74.
详细介绍了采用PIC16C74单片机为控制核心的锂离子电池（7串电池组）保护电路的硬件、软件设计。
Then it has discussed the hardware and software system designs that use 80C51 microcontroller as the control center.
论述了以80C51微控制器为控制核心的硬件系统设计和软件设计。
This paper presents an emergency call center system. The kernel software of the system is designed based on a finite-state machine, featuring with clear control structure effective program code.
文章介绍了一种面向应急救援的呼叫中心系统，其核心软件基于有限状态机理论设计而成，具有控制结构清晰、程序代码简洁高效等特点。
The software and hardware of a digital AC servo system using a digital controller DMC300A as the control center is designed. This method to obtain some important parameters is proposed.
论述了以数字控制器DMC300A为核心的数字式交流伺服系统的硬件和软件设计，对设计过程中所涉及到的重要参数给出了设定方法。
The remote communication protocols conversion software, which is designed in this paper, may be installed and used in control center, which need communication protocols conversion.
本文所设计的远动规约转换软件可以在需要进行远动规约转换的调度所安装使用。
SCM AT89C52 is used as control center of the system, and system software was compiled with C51.
系统核心控制采用AT89C52单片机，并用C51编写全部软件。
Construct design methodology of software engineering is main center, and communication power network monitor and control system is concrete instance.
以软件工程的结构化设计方法为主线，以通信电源网络测控系统为具体的实例，成功的完成了整个系统的软件开发工作。
These companies built software that spreads data across the globe, automated the command and control of tens of thousands of servers, and refined data-center designs to be more energy-efficient.
这些公司构建可在全球分布数据、自动执行命令和控制数万服务器的软件，完善数据中心的设计使之更具能效。
This paper introduces the intelligent soymilk machine's work principle which using AT89C2051 MCU as its center control unit. And the designing methods of hardware and software is given.
介绍了以AT 89 C2 0 51单片机为核心控制部件的智能型全自动家用豆浆机的工作原理，并给出了控制系统的硬件和软件的设计方法。
The hardware and software design of the center control sub-system and information express sub-system are presented detailedly in this paper.
本文着重对中央处理子系统和信息输出子系统的软硬件设计作了详细的叙述。
The hardware, software of the reclosing controller and the monitoring and controlling program in control center was designed.
故障检测采用神经网络实现，而容错控制器则采用控制器重构方式设计。
The hardware, software of the reclosing controller and the monitoring and controlling program in control center was designed.
故障检测采用神经网络实现，而容错控制器则采用控制器重构方式设计。
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