dense coding 中文意思是什麼

dense coding 解釋
密集編碼
  • dense : adj. 1. 密集的，（物質等）密度大的，（人口等）稠密的。2. （煙、霧等）濃密的，濃厚的。3. 愚鈍的。4. 【攝影】〈頁片〉高密度的。adv. -ly ,-ness n.
  • coding : n. 編碼；譯成電碼。
  1. During my phd study, our group completed the experimental and theoretical investigations on cv quantum dense coding, generation of multipartite entangled state of optical modes and controlled dense coding quantum communication. following five parts will be presented in this thesis : 1

    我們利用連續光場的正交分量量子糾纏特性，進行了連續變量量子密集編碼，多組份糾纏態光場產生，受控密集編碼量子通訊等實驗與理論研究，主要內容如下： 1
  2. Quantum entanglement shared by more than two particles or parties is the essential base for developing quantum communication networks. using the multipartite entanglement the novel telecloning, controlled dense coding, sharing secure quantum states and reduction of communication complexity can be realized

    為了研究量子網路，必需研究兩個以上子系統之間的糾纏，即多粒子或多組份糾纏，利用它可以實現遠程克隆（ telecloning ） 、可控密集編碼、共享秘密量子態以及減小通訊復雜性（ reductionofthecommunicationcomplexity ）等。
  3. With turning the scale of asic ( appl ication specified integrated circuits ) to s0c ( system on chip ), which conunon1y is composed of mcu, specified function ip cores, memory, periphery interface etc, the ip reuse techno1ogy is very important in s0c design flow, which can realize the constructions of different levels components. the approach of configurable system, method and design f1ow for udsm ( u1tra deep sub micron ) asic, logic system design using hdl 1anguage, coding style, static and dynamic verification strategy are a1so presented in chapter 2. in chapter 3 we study the vlsi - - dsp architecture design, dense computation and high speed high performance digital signal processing unit structure, which includes high speed mac components and distributed arithmetic unit

    在工程設計方法及結構化設計和高層次綜合的研究中，介紹了在深亞微米工藝條件使用的方法和asic設計流程，討論了高層次綜合的核心如何從描述推出電路構成的設計思路，針對不同目標的設計技巧討論了採用hdl語言進行邏輯系統設計的方法，給出了用vhdl語言進行代碼設計時的規范和風格，在面向soc的驗證策略討論了動態和靜態的驗證技術，提出了進行單獨模塊驗證、晶元的全功能驗證和系統軟硬體協同驗證的整體策略。
  4. Dense coding based on general pure higher - dimensional bipartite entanglement

    利用純的高維兩粒子糾纏態實現量子密集編碼
  5. Moreover, it may have applications in quantum dense coding and quantum cryptography

    另外，量子隱形傳態在量子稠密編碼和量子密碼術中有許多應用。
  6. In the last section, we show how entangled states are used in quantum dense coding, quantum cryptography and quantum teleportation. a new valuable scheme based on linear optical elements about teleportation of two - photon and multi - photon entangled states also has been proposed in this section. in this scheme t he probability of the successful teleportation is 50 %, which is optimal

    量子糾纏在量子信息中的應用這一章中，我們將首先分別介紹量子糾纏在量子密集編碼，量子密鑰分佈，量子隱形傳態中的應用，然後提出一種利用線性光學方法實現糾纏態的隱形傳送方案，此方案的成功率為50 ，這也是目前為止最佳的成功幾率。
  7. According to the characteristics that limited dynamic range of images taken in dense fog, dynamic range stretch as a global enhancement method is used. in order to reduce the effect of noise it brings, sparse coding is adopted

    大霧天氣下的圖像由於其本身灰度范圍有限的特點，採用動態范圍拉伸的方法進行全局增強，並對其增強后出現的噪聲干擾問題利用稀疏編碼技術給予解決。
  8. Utilizing entanglement, we can implement the disembodied transport of an unknown quantum state from one place to another remote place with high - fidelity, i. e. quantum teleportation. via entanglement, we can also improve the channel capacity of classical signal in quantum channel, i. e. quantum dense coding, even we can entangle two quantum systems that have never directly interacted with each other by means of entanglement swapping

    利用量子糾纏，通訊雙方可以實現對一個量子態的高保真度遠程傳輸，即量子離物傳態；利用量子糾纏，通訊雙方可以實現經典信息的高通道容量傳輸，即量子密集編碼；甚至可以使原本不糾纏的量子系統產生糾纏，即糾纏交換。
  9. The unconditional dense coding for continuous variables ( cv ) was experimentally realized using the high quality bright epr beams in which a comparatively straight decoding technique, the direct detection of bell state, was applied

    利用明亮epr光束和一種相對簡潔的解碼方式（ bell態直接探測） ，實現了無條件連續變量量子密集編碼。
  10. Quantum communication is a very important branch of quantum information. at present, it mainly contains quantum teleportation, quantum dense coding, quantum key distribution, and so on

    量子通信是量子信息學的一個非常重要的分支，目前主要涉及到量子隱形傳態、量子密集編碼、量子密鑰分配等。
  11. With the development of quantum information, entangled states are not only used to testify some basic quantum theories, but also used as a kind of efficient resource in quantum dense coding, quantum teleportation, and so on

    量子信息的不斷發展使糾纏態不僅被用來驗證量子力學的基本原理，人們還將量子糾纏作為一種有效的資源來進行量子密集編碼，量子隱形傳態等。
  12. We briefly summarized the experimental generation scheme of the optical entangle states for continuous variables and their applications in quantum teleportation, quantum dense coding, controlled dense coding, entanglement swapping and quantum communication network

    扼要介紹連續變量糾纏態光場產生的實驗方法，及其在量子離物傳態，量子密集編碼，受控密集編碼，量子糾纏交換及量子通信網路中的應用
分享友人
分享到 Line

分享到臉書