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    Improving and Perfecting of Shor Quantum Error Correction Code
    Shor量子纠错码的改进和完善
    Study of Quantum Error Correcting Code
    量子纠错码的研究
    How to Correct Random and Burst Quantum Errors Simultaneously
    一种同时纠正量子随机错误和量子突发错误算法(英文)
    Some Researches on the Duals of Classic Binary Irreducible Cyclic Codes and Quantum Error-Correcting Codes
    经典二元不可约循环码的对偶、二元量子码的研究
    Forms of 5 bit Quantum Error Correcting Codes
    五位量子纠错码的各种形式
    A Theory of the Quantum Error-Correcting Codes
    量子错误纠正编码
    Quantum error avoiding code based on the decoherence-free subspace
    基于无消相干子空间的量子避错码设计
    Study on a quantum cyclic code for correcting two or more quantum errors
    一类纠两位或多位错的量子循环码
    Versatility in quantum error correcting code of encodingone qubit in five qubits
    五量子比特编一量子比特的量子纠错码的编码多样性
    The Research and Analysis of Quantum Error-Correcting Technology using Stabilizer Codes
    稳定子量子纠错技术的分析研究
    Quantum Key Distribution Based on Six-Photon Quantum Error-Avoiding Code
    基于六光子量子避错码的量子密钥分发方案
    A new construction of quantum error-correcting codes from a condition of equivalency
    基于一个等价条件的量子码的新构造
    Five-Qubit Quantum Error-Correction of Superposition State
    叠加态量子纠错的5位编码
    The code that combat noise is named quantum channel coding. Both quantum error correcting code and quantum error avoiding code are practical quantum channel coding schemes.
    克服量子信道噪声的编码就称为量子信道编码,实用的量子信道编码包括量子纠错码和量子避错码。
    Furthermore, we review the main methods of suppressing quantum decoherencein quantum computation, which are: quantum error correcting, quantum deherence-free-subspace, quantum dynamical decoupling and quantum feedback control.
    接着,论文介绍了目前进行量子退相干控制的四种主要方法:量子纠错编码方法、量子无退相干子空间方法、量子动力学解耦方法以及量子反馈控制方法。
    With the development of the science and technology, especially the discovery of the quantum algorithm and quantum error correction, the quantum information and quantum computer becomes the hot subject of the theory and the experiment.
    随着科学技术的发展,特别是量子算法、量子纠错的出现,量子信息和量子计算机成为理论和实验工作者的研究热点。
    It has broad applications in the near future:quantum computer, quantum arithmetic, quantum game, quantum teleportation,quantum net, quantum storage, quantum error correction etc.
    目前它包含众多的子学科,诸如:量子计算机,量子算法,量子博弈,量子通信,量子网络,量子存储,量子纠错等等。
    One of the most powerful application of quantum error-correction is the protection of quantum information as it dynamically undergoes computation.
    它的一个主要应用就是在量子动态运算中抵御噪声的影响以保护量子信息。
    Coding theory is a specialized branch of the study of information theory. As a very important kind of classical error-correcting code, the study of self-orthogonal code can not only enrich the theoretic and application of the classical error-correcting code, but also can promote the study of quantum error-correct ing codes.
    编码理论是信息论的一个专门分支,自正交码作为经典纠错码中一类非常重要的码,对它的研究不但能够丰富经典纠错码的理论和应用,而且还能够推动量子纠错码的研究。
    Because there exist quantum errors and quantum decoherences, the quantum information will be changed as the information transmitting through a quantum channel.
    在量子计算和量子通信中,由于存在量子错误和量子消相干,量子信息在量子信道传输过程中会发生改变。
 

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