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   fast data transfer 在 计算机硬件技术 分类中 的翻译结果: 查询用时:0.059秒
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fast data transfer
相关语句
  高速数据传输
    Fast Data Transfer by TMS320C6000 HPI
    基于TMS320C6000 HPI接口的高速数据传输
短句来源
  高速数据传输
    Fast Data Transfer by TMS320C6000 HPI
    基于TMS320C6000 HPI接口的高速数据传输
短句来源
  快速数据传输
    Achieving a fast data transfer rate by optimizing existing technology
    最新的快速数据传输磁带存储器
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  “fast data transfer”译为未确定词的双语例句
    Owing to the high density, mass capacity, and fast data transfer rate, the holographic data storage (HDS) technology has become one of the potential new types of information storage technologies.
    体全息存储技术以其存储密度高、存储容量大,数据传输速率高、数据搜索时间短等优势成为一种颇具潜力新型信息存储技术。
短句来源
    More attention are attached on volume holographic storage for its high redundancy, capacity, fast data transfer rate and short access time.
    体全息存储适时而生,它有着高冗余度、高存储容量、极高的数据传输速率以及极快的存取时间等优点,因而得到越来越多的关注。
短句来源
    Recently, volume holography technology is widely studied because of its high storage density, fast data transfer rate and the correlate character.
    近年来,体全息存储技术以其存储容量大、数据传输率高和具有相关识别等特性被广泛研究。
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  fast data transfer
Techniques have been employed for data storage and skewing which enables fast data transfer rates.
      
In combination with the fast data transfer rates available via the Internet, microscopical studies can now be performed faster, more reliably, and more consistently.
      
System can be constructed without mechanically actuating part therefore fast data transfer rate and high storage capacity about 1Tb/cm3 can be realized.
      
Holographic data storage system is one of a strong candidate of the next generation high capacity data storage system with a high storage density and a fast data transfer rate.
      
The subracks with up to 24 slots have two high-performance 16-bit backplane buses for fast data transfer between the individ ual modules.
      
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Volume holographic storage material promises to provide large digital storage, fast data transfer rates, and short access times simultaneously The doped LiNbO 3 is the primary storage material The volume optical holographic storage technology has characters of fast content address ability, image processing functions, parallel computing and fast recognition How to reduce the cross talk noise and improve Co doped LiNbO 3 crystal's performance will be the future research emphases

结合国内外发展动态以LiNbO3晶体为主说明了光学体全息存储材料具有超大容量、数据传输快、并行计算、按页存储和内容寻址等优点 ,详细介绍了光学体全息存储的原理及技术特点。以实验中的数据为基础指出 :抑制串扰噪声和改进双掺和三掺铌酸锂晶体的存储性能应成为今后研究的主攻方向

Blue-laser optical recording is considered as the third generation of optical storage technology.Successful recording of blue-ray discs at higher recording speeds requires a very accurate matching between disc and recorder due to the fast data transfer speed.Therefore,to provide a properly positioned mark,write pulse processing,known as a write strategy,is essential.The state of write strategy for blue-laser optical recording was introduced.In addition,the development prospect of the write strategy used...

Blue-laser optical recording is considered as the third generation of optical storage technology.Successful recording of blue-ray discs at higher recording speeds requires a very accurate matching between disc and recorder due to the fast data transfer speed.Therefore,to provide a properly positioned mark,write pulse processing,known as a write strategy,is essential.The state of write strategy for blue-laser optical recording was introduced.In addition,the development prospect of the write strategy used in blue-ray recording was previewed.

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.

>=Recently, volume holography technology is widely studied because of its high storage density, fast data transfer rate and the correlate character. The newly proposed speckle multiplexing scheme could provide smaller multiplexing selectivity and higher storage density compared with other conventional schemes. In this paper, two noteworthy merits of speckle multiplexing scheme are analyzed both theoretically and experimentally. This work gives a theoretical fundament for the high density volume holographic...

>=Recently, volume holography technology is widely studied because of its high storage density, fast data transfer rate and the correlate character. The newly proposed speckle multiplexing scheme could provide smaller multiplexing selectivity and higher storage density compared with other conventional schemes. In this paper, two noteworthy merits of speckle multiplexing scheme are analyzed both theoretically and experimentally. This work gives a theoretical fundament for the high density volume holographic storage.

近年来,体全息存储技术以其存储容量大、数据传输率高和具有相关识别等特性被广泛研究。而基于散斑参考光的体全息散斑复用技术能够比传统的复用方法提供更小的复用间隔和更高的存储密度。在本文中,我们在理论上和实验上分析了散斑复用技术的两个突出优点,为大容量高密度体全息存储打下了理论基础。

 
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