我们已经了解到，要对软件进行恰当设计，以将流程序列逻辑、策略、基本计算、人机接口和数据管理分离开来。
We've learned to design software to separate process sequencing logic, policy, basic computation, human interface, and data management.
讨论了以通用关系数据库为后台、图形化界面为人机接口、面向对象的计算为内核的电网合环辅助决策软件，并详细分析了软件的设计。
An assistant decision making software for power system linkage is presented, which is based on general RDS with graphical interfaces and takes object oriented calculation as its core.
最后，从软件工程和人体工程学的角度出发，详细阐述了系统人机接口的设计与实现过程。
At last, we describe the designation and realization of the system's human computer interface on consideration of software engineering and ergonomics.
采用HMI人机界面、专用通讯接口及调试软件等使整套装置实现数字化、智能化。
CAN bus, HMI, together with special communication ports and special debug software are adopted to make whole system digital and intelligent.
图形用户界面也即图形化的人机界面，是软件最终向用户表现的接口。
Graphical user interfaces is the graphical human machine interfaces, which is the final interface of software shown in front of people.
本文分析了多组态电力系统稳定器在不同输入信号下的特点，并介绍了其硬件结构、人机接口单元的设计和多组态的软件实现。
This paper analyzes the characteristic of the multi-configuration power system stabilizers, introduces the hardware, man-machine interface unit and the software.
控制器的系统软件设计分为人机接口程序和控制程序。
The software design of controller is divided into Man-machine interface program and control program.
以TMS320F2812为控制核心，设计了系统的控制驱动电路、采样电路、保护电路、人机接口…更多电路等硬件部分和控制系统软件。
Using TMS320F2812 as the core of the control system, drive circuit, sampling circuit, protection circuits, man-machine interface circuit hardware components and control system software were designed.
以工业组态软件WINCC和OPC技术为基础，设计了友好的上位机人机接口。
Based on industrial configuration software WINCC and OPC technology, friendly man-machine interface is designed.
以基于嵌入式计算机PC- 104的天线控制系统为例，从软件架构、内存操作、人机接口、性能优化等多方面阐述C语言嵌入式系统的编程技巧。
Taking antenna control system based on embedded computer PC-104 for example, are introduced, including software architecture, memory operation, HMI, performance optimization, etc.
硬软件调试主要包括单片机与AD转换器接口调试，人机接口调试等。
The hardware-soft testing mainly includes MCU-AD interface testing, human-machine testing.
针对以上需求，本文致力于开发一个基于HID的人机接口设备，在上位机编写相应的应用软件，实现人机接口设备与主机的通信。
So as this, this project aims to develop a HID device based on HID class . To implement the communication between PC host and the device, I need to program the PC application program software etc.
针对以上需求，本文致力于开发一个基于HID的人机接口设备，在上位机编写相应的应用软件，实现人机接口设备与主机的通信。
So as this, this project aims to develop a HID device based on HID class . To implement the communication between PC host and the device, I need to program the PC application program software etc.
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