近来,远程态制备(remote state preparation)的研究越来越受到人们的关注.它给我们提供了一种新的远程制备量子态的方法.
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In this thesis, we mainly focus on the remote state preparation (RSP) in noisy conditions.
本文主要研究噪声情况下的远程态制备过程。
参考来源 - 噪声条件下的远程态制备This thesis involves three areas in quantum communication,i. e. , quantum teleportation,remote state preparation and quantum key distribution.
本论文主要涉及了量子通信的三个方面,即量子隐形传态、量子远程态制备和量子密钥分配。
参考来源 - 量子信息传输与量子密钥分配的理论研究·2,447,543篇论文数据，部分数据来源于NoteExpress
研究了利用多体量子纠缠进行远程态制备的问题。
We considered the issue of using the multiparticle entanglement into remote preparation of quantum states.
我们也分析了在远程态制备中的量子通道的普适性，并且估计了传输所有量子比特所需要的最小通道数目。
I also investigate the universality of quantum channel in remote state preparation and it estimates the minimum number of necessary channels for all qubits.
量子远程态制备与量子隐形传态有着相同的目的，所不同的是在远程态制备中被传送的量子态对发送方是已知的。
RSP has the same goal with the quantum teleportation. The main difference between RSP and teleportation is that in the former the sender is assumed to known fully the transmitted state.
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