这就是量子密集编码。
第三章介绍我们关于量子密集编码和量子克隆基本知识。
In chapter 3 I introduce the basic thought of quantum dense coding and quantum cloning.
实验结果表明：量子密集编码只需传送N-1个量子位便可以传递N个经典位的信息。
The experimental results show that QSDC only needs to transfer(N-1) qubits during transmitting N bits classical information;
此外，量子信息能开发出许多经典信息所无法做到的新的信息功能，如量子隐形传态、量子密集编码等。
Furthermore, quantum information can develop a lot of new information functions that classical information doesn't have, such as quantum teleportation, quantum dense coding, etc.
本论文给出了一种高效率、高信容的量子密钥分布模型，同时将量子密集编码推广到一般的多方高维的情况。
In this thesis, the author proposes a theoretically efficient high-capacity quantum key distribution scheme and generalizes the quantum dense coding to super dense coding between multiparty.
量子通信是量子信息学的一个非常重要的分支，目前主要涉及到量子隐形传态、量子密集编码、量子密钥分配等。
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.
音频数据的编码是一项cpu密集型任务。
遗憾的是，对所有不可信数据编码是资源密集型的工作，而且可能对某些Web服务器产生性能方面的影响。
Unfortunately, encoding all untrusted data can be resource intensive and may have a performance impact on some Web servers.
喜欢玩游戏，视频编码，磁盘密集型任务和基本任务也不会受到影响的。
Tasks like playing games, video encoding, and basic disk intensive tasks are not impacted at all.
喜欢玩游戏，视频编码，磁盘密集型任务和基本任务也不会受到影响的。
Tasks like playing games, video encoding, and basic disk intensive tasks are not impacted at all.
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