基于FRAM铁电存储器的可移动数据采集器

使用新一代的非易失性存储器棗铁电随机存取存储器,设计一种能长时间记录变化缓慢的直流信号或监测捕捉记录偶尔出现的脉动信号的可移动数据采集器,是低成本解决现场数据的自动记录的有效办法。文章介绍了几种简单易行的数据记录方法和用Ramtron公司生产的FM24C256存储芯片设计的可移动数据采集器及其记录程序流程,给出了一种可变采样频率记录和脉冲检测记录的综合记录方式数据采集器设计方法。     

机载多路数字视频记录仪的设计与实现

视频的压缩记录是现代航空技术中很重要的一个研究内容，通过它可以实时记录飞机的多种直观信息，对飞行指挥和作战训练起到积极的指导作用，本文介绍了一种现代数学图像处理技术实现机载多路数字视频记录的方法，与传统的模拟记录方法相比，该方法具有记录容量大，记录时间长，图像质量高等特点。     

CD-R记录原理

通过对CD-R技术的研究,从其规格、记录等内容简要介绍了CD-R的介质特性、记录原理和记录方法,提供一些有效的实际经验。     

Authorware 6.5中测试成绩的记录和显示

利用Authorware 6.5制作多媒体课件时经常会遇到对测试成绩进行记录和显示的问题,其方法多种。作者在长期的Authorware 6.5教学工作中对其进行了总结,归纳出利用自定义变量进行测试成绩的记录和显示、利用系统变量进行测试成绩的记录和显示、利用知识对象进行测试成绩的记录和显示等方法。     

新闻采访中的记录方法

新闻的真实性决定了采访时准确记录的必要性.采访中要及时记录所看、所闻、所听、所想,掌握正确的记录方法,便于采写新闻报道.     

光导热塑全息记录技术的研究

本文报导两种非常实用的光导热塑全息记录方法，不仅可提高全息图记录质量和成功率，而且大大延长了光导热塑记录介质的重复使用寿命。     

系统集成企业的质量记录控制

本文阐述了系统集成企业如何按ISO 9001:2000版<质量管理体系--要求>建立和控制质量记录,对系统集成企业质量记录的建立及控制方法做了详细介绍.根据系统集成企业的特点,绘制出了系统集成企业质量记录控制流程图和质量记录分布网络图.     

平面合成彩虹全息图

提出一种记录平面合成彩虹全息图的空间分割记录方法.利用这种方法得到的彩虹全息图不仅可以在白光下再现一动态图象,而且可以用常规方法进行模压复制.文中描述了这种方法的基本原理、实验装置及结果.     

激光散斑多重全息图

将激光散斑技术和全息技术相结合.提出了一种通过两步记录制作多重全息图的方法.详细地描述了实验方法,讨论了记录和再现过程的原理并进行了实验验证.     

基于DSP的带时间标签的温度采集记录仪的设计

为了提高产品热处理炉的炉温均匀性和稳定性控制性能,通常要按照炉温均匀性的检测方法与标准对热处理炉的炉温均匀程度进行测定和记录。为此,文中给出了以DSP为基础,并通过具有时间标签的温度监控记录仪来对炉温进行测量与记录的实现方法。通过该方法还可将具体的检测数据记录在FLASH闪存中以备后用。     

库车市融媒体中心节目IP录制系统

节目录制是电视台每天要做的一项工作,库车市融媒体中心基于IP信号录制进行了摸索和测试,成功实现了IP信号的自动录制,提高了节目质量,解放了录制人员。IP录制系统由卫星接收系统、VLC软件、录制计算机、调用计算机、录制系统网络5部分组成。     

磁带记录与时序器记录的比较

本文对磁带录音（磁带演播室）和时序器录音（无磁带演播室）这两种录音方式进行了比较，从中可以了解到这两种录音方式的优缺点。     

光记录通道的眼图分析

本文在一维光记录读出信号模型的基础上，分别对脉冲位置调制（ＰＰＭ）记录和脉冲宽度调制（ＰＷＭ）记录读出信号眼图的高度进行分析，从而发现适合两种记录方式的游长度受限码（ＲＬＬ）该方法可论证：（２，７）码适用于ＰＰＭ格式，而（１，７）码适合于ＰＷＭ格式。     

Heat Assisted Magnetic Recording

Heat-assisted magnetic recording is a promising approach for enabling large increases in the storage density of hard disk drives. A laser is used to momentarily heat the recording area of the medium to reduce its coercivity below that of the applied magnetic field from the recording head. In such a system, the recording materials have a very high magnetic anisotropy, which is essential for the thermal stability of the magnetization of the extremely small grains in the medium. This technology involves new recording physics, new approaches to near field optics, a recording head that integrates optics and magnetics, new recording materials, lubricants that can withstand extremely high temperatures, and new approaches to the recording channel design. This paper surveys the challenges for this technology and the progress that has been made in addressing them.      

外包呼叫中心座席在线IP录音的技术研究

从外包呼叫中心业务实际运营过程中碰到的录音文件丢失、录音检索信息丢失等问题出发,提出了一种在线IP录音的解决思路,可通过流媒体端口镜像采集数据的IP录音模式,经济、有效地解决传统并线座席录音方面存在的数据丢失问题。最后对在线IP录音系统的设计要素及其策略进行了介绍。     

Shedding light on the future of SP for optical recording

Optical recording has lagged behind magnetic recording in two key areas: writable/erasable/rewritable media and density gains from advanced signal processing. While there are some writable optical-disk products available, their writing capability pales in comparison to magnetic recording. A great deal of research and development in writable/erasable/rewritable optical media continues and we address this in the article. Of particular interest is the use of near-field optical approaches to dramatically increase the storage density in both magnetic and optical recording. To a great extent, this article is about the future of signal processing for optical recording, since advanced signal processing has not been applied to any great extent in optical recording. The intention is twofold: (1) to provide a summary of current and existing optical recording technologies, and (2) to encourage and motivate work in advanced signal processing for these and other optical systems. We begin by summarizing the optical recording and readback processes and then describe writable optical channels and the gains associated with using partial-response coding techniques. We then describe nonbinary recording and the potential gains due to signal processing. The digital versatile disc (DVD), multilayer recording, and holographic recording are also discussed     

基于Nandflash阵列的高速存储技术

介绍了传统高速存储的实现方式,分析了用Nandflash实现海量存储的优点,实现了基于Nandflash阵列的实时高速存储模块。存储模块采用光纤FC作为数据输入端,在FPGA控制下实时存储到Nandflash阵列中,并将存储的数据通过CPCIE总线下传给其他模块作实时或事后分析、判读、处理、回放。实验结果表明,基于Nandflash的存储阵列,存储速度可达到900MB/s以上,满足高分辨率高帧频CCD相机及SAR成像存储需求。     

高密度蓝光存储的写策略

蓝光存储技术被认为是第三代光存储的主流技术．在蓝光存储技术中，由于数据传输速度的提高，特别是在高倍速蓝光光盘中记录数据，需要光盘和刻录机之间非常精密的配合，因此对写策略提出了更高的要求．介绍了用于蓝光存储的写策略的研究现状，并对其发展前景进行了展望．     

Perpendicular Recording Technology: From Research to Commercialization

Perpendicular magnetic recording was a long-awaited technology to break the areal density limit of the longitudinal recording system. Through the research on high squareness CoPtCrO/Ru recording media, we have established the intrinsic design concept of stable perpendicular magnetic recording in which the high nucleation field of perpendicular magnetic media supports the very stable magnetization against disturbance fields in recording processes. By intensive study of the perpendicular magnetic recording integration into the 2.5-in 50–80 GB/platter test hard disk drives (HDDs), we have successfully developed the first 1.8-in 40 GB/platter HDD product featuring the perpendicular magnetic recording technology at 133 ${ hbox{Gbit/in}}^{2}$ recording density. Thermal stability and spacing robustness in the writing process of the perpendicular recording system were also found to be great advantages of the future portable HDD systems.      

Measurement of the Waveguide Near—field Optical Spot

The characteristic of near-field spots is analyzed.The size of the near field and the heat response time of the hybrid record medium to overcome super paramagnetic effect are calculated based on the heat transfer theory.A novel measuring method for the diameter of near-field recording spot is also presented.Since the grain of the recording media is tiny enough,near-field optical lithography can be accomplished with the aid of atomic force microscope(AFM).The diameter of near-field recording sopt can be obtained by specifically designed computer.So the relationship between the near-field recording spot diameter and the probe size of near-field recording system,the near field recording distance coupling between head and disc can be got.