The HMI design with embedded GUI increases development efficiency, lowers maintenance cost and enriches HMI information.
采用嵌入式GUI进行人机界面设计后能够提高设备开发效率、节省维护成本、丰富人机交互信息。
Thus, the research of the key technology of embedded system, which is embedded GUI technology, becomes more and more important.
因此，对嵌入式系统的关键技术——嵌入式GUI技术的研究有着相当重要的实际意义。
Embedded GUI is a graphic user interface system designed for specific software and hardware equipment or environment in the embedded system.
嵌入式GUI就是在嵌入式系统中为特定的软硬件设备或环境而设计的图形用户界面系统。
Meanwhile, the software framework can decouple the embedded GUI software system and RTOS, to improve the maintainability, understandability and extensibility.
同时，该软件框架降低了GUI软件系统与RTOS的耦合性，提高了嵌入式GUI软件的可维护性、可理解性和可扩展性。
With the continuously improvement of hardware functions in embedded system, how to develop an embedded GUI which supports 3d modeling has become an urgent topic.
随着嵌入式系统硬件功能的不断提高，如何开发一款支持3d建模的嵌入式GUI已成为一个迫切的话题。
Nowadays, the popular embedded GUI system and the various developed embedded GUI systems that are used in the embedded system software, have some problems more or less.
目前流行的嵌入式GUI系统和各种自行开发的嵌入式GUI系统在用于嵌入式系统软件时，或多或少地存在一些问题。
Puts forward and introduces the design and implementation of three subsystems of embedded GUI system, including graphics-subsystem, event-subsystem and object-subsystem.
介绍嵌入式GUI系统的三个子系统设计和实现：图形子系统、事件子系统和对象子系统。
The design aims of traditional embedded GUI usually focus on generality of graphic system, but lots features of them will never be used in some special embedded devices.
大多数嵌入式GUI的设计目标是力求做到图形系统的通用性，但对一些专用性很强的嵌入式设备来说，它们的很多功能几乎是永远用不到的。
Most traditional embedded GUI systems only provide 2d control to draw. That is, from the logical design, the manifestation plane that it provides to users is two dimensions.
大多数传统嵌入式GUI系统只提供2d控件绘制，即提供给用户的显示平面从逻辑设计上讲是二维的。
After studying on GUI software research and development of embedded system, a GUI software framework is proposed based on RTOS of embedded system.
在对嵌入式系统GUI软件开发研究的基础上，提出了一种基于嵌入式系统RTOS上GUI的软件框架。
The graphic user interface (GUI), with its intuitive operation and flexible way of control, has been widely applied in embedded system.
以多媒体界面为中心的图形用户界面(GUI)由于其直观的操作和灵活的控制方式倍受人们青睐，在嵌入式系统中被广泛应用。
This has been the result of two main factors: the cost of graphical display hardware and the lack of GUI software suitable for use embedded systems.
这是由于两种因素造成的结果：图形显示设备的成本和适合用于嵌入式系统的图形用户界面软件的缺乏。
In order to make development easy, the article puts forward and implements a script executing engine, and expounds how to develop GUI applications by script in embedded system.
为了方便用户进行开发，文章提出并实现了一个脚本执行引擎，并给出了使用脚本来开发嵌入式系统的GUI应用程序的方法。
Embeded Digital Video Recorder is a typical embedded application, in which man-machine interface and other applications require the support of GUI system.
嵌入式数字视频录像机是一种典型的嵌入式应用，其人机界面和中文输入法等应用均需要GUI系统的支持。
A system of number recognition with a graphic user interface (GUI) is implemented on the embedded development platform by using the fuzzy pattern recognition method.
在嵌入式开发平台上实现具有图形用户界面(GUI)的模糊模式数字识别系统。
The embedded testing and control instruments with GUI are used widely.
具有图形界面的嵌入式测控仪器正被越来越广泛地应用。
A full function GUI system is required in more and more embedded systems, such as Smart Phone, PDA and set-top-box et al.
包括智能手机、PDA、机顶盒在内的越来越多的嵌入式系统，均要求功能完备的GUI系统的支持。
The graphical user interface (GUI) which is a man-machine interaction style is an extremely important part of the embedded system.
作为人机交互的图形用户界面(GUI)是嵌入式系统非常重要的组成部分。
A modern and mature cross-platform windowing system and GUI system for real-time embedded systems and smart devices.
成熟的、现代的跨平台窗口及图形用户界面支持系统；广泛用于智能设备及实时嵌入式系统。
To offer the embedded system one friendship convenient and reliable GUI system becomes urgent demand.
为嵌入式系统提供一个友好方便、稳定可靠的GUI系统成为非常迫切的要求。
Design of the application layer's GUI is very important in software planning of an embedded system.
在进行嵌入式系统的软件设计过程中，应用层gui的设计是一个非常重要的部分。
In chapter 4, how to design GUI for embedded NC system is studied.
第四章，嵌入式数控系统图形用户界面设计。
An embedded system has relatively simple functions in terms of around 7M in size, less than 10-second startup time, network communication ability and no GUI support.
系统的总体大小在7M左右，启动时间在10秒以内，无图形化界面，具有网络通信能力。
An embedded system has relatively simple functions in terms of around 7M in size, less than 10-second startup time, network communication ability and no GUI support.
系统的总体大小在7M左右，启动时间在10秒以内，无图形化界面，具有网络通信能力。
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