硬件实现的

Composed of RTL8019AS to realize Ethernet data transmission with remote terminal units in industrial control.

网络模块在工业控制中与远程终端进行以太网数据传输的硬件和软件实现。

The design includes hardware and software,implements basis control for volume of sound and frequency channel.

该设计包括硬件和软件两部分，实现对电视音量和频道的基本控制。

This paper presents a solution to find square root in VHDL with EP1C6 as the key of the system.

本文介绍了在以EP1C6芯片为核心的硬件系统中，运用VHDL实现了对数据开方运算。

Through the hardware design and the correlation parameters establishment, the supercalender automation control is realized and the satisfactory control effect is achieved.

摘 要：应用ACS800系列变频器组成超级压光机变频控制系统，通过硬件设计和相关参数设置配合，较好地实现了超级压光机的自动化控制。

In addition ,This paper explicated the hardware system and software system ,which supported network management of the Fast Ethernet Switcher .

另外，论文还详细介绍了实现快速以太网交换机网络管理的软件系统和硬件系统。

The data traffic is accomplished through the SCM and RS232 serial communication interface;the LCD1602 screen is used to display the pH value in real time. The C language is adopted to prepare control procedure in the software design,and the Visual C++ software is used to prepare the computer monitoring interface,so that the teledata monitoring can be finished easily.

硬件设计以AT89S52单片机为控制核心；传感器采用pH复合电极；为了与传感器的高内阻匹配，信号调理采用CA3140、UA741等运放构成三级放大电路；利用ADC0809模数转换器实现A/D转换；通过单片机与RS232串行通信口完成数据通信；使用1602液晶器实时显示pH值。

But as a appropriative system, their price is very high, so it is not applied for LT-CNC.

虚拟仪器的核心思想是&软件即仪器&，即以软件实现硬件仪器功能。

The Arca GT2000 architecture is analyzied, and ArcaFlying2 development board is realized in this thesis.

依据项目需求本文通过对GT2000芯片体系结构的深入研究，设计实现了ArcaFlying2开发板，建立起控制系统硬件开发平台。

The fulfillment of the assortive development in the scale and quality of the school, course and profession, staff and the school, legal and law, hardware and software of campus culture, scien ce and literary spirit must be taken from five elements as people, matter, affair, spot and emotion.

建设和谐校园，必须从人、事、物、景和情五个基本要素着手，最终实现学校规模与质量，学科与专业，师生与学校，法制与法治，校园文化硬件与软件，科学精神与人文精神的协调发展。

At the same time we can alter or amend discretionarily the system parameters and disturb randomly that is difficult to realize in actual system.

通过计算机的软、硬件结合，可容易地插入各种控制算法，取代常规PID控制器，实现多种先进控制模式。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。