Cortex-M0和Cortex-M3处理器的原型建立样机

ARM公司发布了Keil微控制器样机系统MPS（Microcontroller Prototyping System），能够对单一产品中的ARMCortex-M系列处理器以及用户定义的外设进行评估和样机建立。Keil MPS是首个包含了全速的、FPGA形式的Cortex-MO或Cortex-M3处理器的样机系统，能够同第三方外设IP集成，为硬件和软件应用开发提供一个原型建立样机。     

机载多目标攻击武器系统虚拟样机研究

机载多目标攻击武器系统是当今航空武器系统研究的重点和发展的标志。该文论述了虚拟样机的概念及其在武器系统装备论证中的作用和意义，并研究了虚拟样机的基本设计技术。在给出机载多目标攻击武器系统总体和详细结构设计成果的基础上之上，文章进行了机载多目标攻击武器系统虚拟样机的设计研究，给出了样机的软、硬件结构。     

用虚拟样机实现汽车电子模型的开发

讨论汽车电子向基于模型的设计和虚拟样机的转变。将虚拟样机与工作台实验进行比较，说明两的差异。描述了其他一些基于软件的模型技术，来说明有效模型。最后，对虚拟样机做了进一步讨论，给出了用基于模型的汽车安全系统设计的例子。     

压电荷薄膜流体泵的初步研究

文章分析了压电泵的工作原理，根据该原理设计、研制了压电泵样机，研制了压电泵样机，进行了初步试验研究。     

光开关

日本NTT公司已研制出光开关样机，该样机采用“光波长通路选择方式”，不必进行光电信号转换，直接进行全光传输，从而实现大容量化，不发生延迟。     

数字波束形成的实验研究

简要介绍了数字波束形成和正交相干检波的基本原理，以具体4X4单元的多波束平面阵天线原理样机为背景，阐述了在欠采样、正交相干检波、数字波束形成技术等方面进行的实验研究，给出了原理样机设计过程中的计算机仿真结果和实验结果，以及原理样机的组成、实现方法和测试结果。     

地面数字多媒体/电视传输标准方案的进展

DMB—T标准方案历经了方案论证、系统仿真、样机研究、IC流片和产品机顶盒样机开发等多个研发阶段。经过多种形式的测试、评估和试验及充分验证，其性能先进，产权清晰，技术成熟，满足基本需求，产业化准备就绪。     

激光测距／目标指示器的激光器

在对激光测距／目标指示器原理样机中的激光器性能分析的基础上，对激光器的设计方案作了详细研究论证，激光器的测距实验表明，与激光器原理样机相比，动态效率，可靠性、机械及温度稳定性均有显著提高，完全满足总体设计的技术要求。     

美国陆军继续研制近程防空系统用的激光器

美国陆军最近试验了一种固体激光器样机，试验的距离是一枚导弹的射程，该样机最终将作为一近程防空系统进行试验。电驱动的固体激光热能激光样机是该类型中的第一台样机，它由LawrenceLivermore国家实验室研制，在白沙导弹试验场高能激光系统试验基地（HELSTF）试验。从实验室到导弹试验场的转变意义重大。该系统的最终目的是将该武器安装到混合型电动车辆上。激光可以提供光速的精确作战能力和毁伤各种目标的能力，固体激光技术可以提供更轻、更紧凑的、与“未来作战系统”（FCS）配合使用的激光设备，可以完成更加广泛的战术陆军的…     

韩国展示M-SAM相控阵多功能雷达

韩国的三星泰勒斯公司（STC）首次展示其三坐标相控阵多功能雷达（MFR）样机，此样机是为M—SAM项目而研制的。多功能雷达已于2004年中期完成。     

High-definition television systems

Fifteen years ago, in 1970, the NHK (the Japan Broadcasting Corporation) forecast today's information society and started research and development of a high-resolution and wide-screen television system which we now call high-definition television (HDTV) system, to produce a new television system most suitable to the creation of "video culture of the future." Wide ranging studies have been carried out by NHK on the establishment of desirable picture quality, picture aspect, and signal standards for transmission. The provisional HDTV system proposed by NHK based on the result of many studies and the performances of the system are described. Early in 1984, the MUSE system has been developed by NHK and the desirable HDTV information can be compressed with 8 MHz and packed with this system. Thanks to the development of the MUSE system, there is the potential of HDTV broadcasting via satellite and early introduction of HDTV into package media such as video discs and videotapes. The NHK's HDTV system was designed to match many other applications. Many kinds of HDTV equipment have been developed in Japan and HDTV is approached and studied in the relation to various aspects such as electrocinematography, printing, and medicine. NHK has been working on the development of the entire broadcasting system of HDTV to unite the whole world into one "television community" in the coming generation by a worldwide single standard. Video engineers all over the world should be aware of the importance of every possible effort toward the establishment of a global HDTV system.     

Virtual Museum-3-D fine art appreciation system

We have developed an interactive multimedia system for the appreciation of three-dimensional art objects, such as porcelain and sculptures. With the system, the viewer is able to see a representation of the object from various directions as if holding it in his/her hands. He/she can enjoy the object images on high-quality HDTV (Hi-Vision) display, with supplementary audio and written information about the object. This system consists of (1) a video server, to store the HDTV images of the fine arts, which have been shot from various paths around the fine arts at 0.2 degree intervals; (2) a specially designed manipulator to select a desired image from the server; and (3) an HDTV or stereoscopic HDTV display, and accompanying spectacles. The HDTV video server can randomly access data at a video rate (1/60 sec), so as to quickly respond to the operations of the manipulator. The experimental system has been tested by many artists and scientists for operability and effectiveness, and has been confirmed as useful for art galleries and other educational institutions     

数字高清电视携手等离子显示技术发展

1964年以来，HDTV一直作为下一代主要的电视系统进行研究和开发。HDTV要求高清晰度、高画质和大屏幕平板显示。数字高清电视和平板电视正在创造一个巨大的新市场。本文将描述HDTV显示的基本要求、PDP的性能以及PDP电视的信号处理和驱动的结构。同时论述了进一步改善图像质量的发展方向。     

数字HDTV信源解码器的硬件实现

本文提出了一种主要基于FPGA的数字HDTV信源解码器的总体设计方案和硬件实现方法.同时还介绍了整机的测试系统和测试结果.目前,该信源解码器已研制完成,并参加了于1998年9月8日至11日在北京成功进行了我国HDTV功能样机系统的公开演示.     

视频格式转换用测试信号图

本文重点分析、研究了目前常用的数字视频信号发生器提供的串行数字分量测试信号存在不能有效用于含信号格式转换的视频处理系统客观视频指标测量的根源,并在此基础上提出了解决问题的思路和实现的方法,以及制作出一种适用于高、标清电视上、下变换系统客观视频指标测量的测试信号图及其提供的测试信号。     

Choosing an American digital HDTV terrestrial broadcasting system

A public process has been in place in the United States for six years to establish an HDTV terrestrial broadcasting standard. The process, having moved through a planning phase, a competition phase, and an examination phase, has now entered a cooperation phase. Remarkable progress has been made-a testament to the process. During 1994 the American digital HDTV terrestrial broadcasting system will be tested, fully documented, and recommended to the FCC for adoption     

High Definition Television Compatible Transmission System

A bi-channel HDTV transmission system has been developed that digitally filters the video signal in accordance with known spatiotemporal properties of the bi-channel visual of system. Differential processing of high and low spatial-frequency information yields several distinct advantages that include: compatibility with existing broadcast systems and improved spatial resolution for both moving and stationary HDTV images with a reduced bandwidth.     

中国增强电视和高清晰度电视发展策略分析

本文阐述了欧洲和日本的增强电视的发展背景，现状和存在问题，对中国应如何发展自己的增强电视提出了建议，分析了高清晰度电视系统标准参数制订中应该考虑的重要因素，对中国高清晰度电视发展政策做了归纳。     

基于地面高清机顶盒的PVR系统设计与开发

以嵌入式高清多媒体播放机顶盒为基础,开发了新一代ADTB-T地面高清PVR系统,利用EPG和数字PVR技术,实现了良好的人机交互以及丰富的PVR功能。该系统兼容支持高清与标清地面广播信号的播放与录制,在应用中表现出了良好而稳定的录播性能,目前已产品化并批量投放市场。     

HDTV亮度信号二维频谱分析

在ＭＰＥＧ－２中已制定了有关ＨＤＴＶ的国际标准,世界上已经研制出不少ＨＤＴＶ产品,但对于ＨＤＴＶ亮度信号的二维频谱分析的研究不多,因此推导出ＨＤＴＶ亮度信号二维频谱及二维幅特性的数学模型及二维谱图形。