unitary similarly transformation酉相似变换
unitary similarity transformation酉相似变换;单一类似改造
sub-unitary transformation次酉变换
equivalent unitary transformationbitter和dubbers实验
projective unitary transformation投影幺正变换
generalized unitary transformation广义酉变换
unitary transformation group[数] 酉变换群;酉变换群
supersymmetric unitary transformation超对称幺正变换
Unitary transformation operator超对称幺正变换算符
Chapter 4: we introduce the multiple-quantum operator algebra spaces. We describe the decomposition of unitary transformation and analysis the feature of the elementary quantum circuits.
第四章:介绍了多量子算符代数理论,详细阐述了么正变换的分解,提出了基本量子线路的性质。
参考来源 - 由两个EPR对进行任意两粒子态的隐形传送 Teleportation of an arbitrary twoTo reduce the computation complexity of the eigenspace-based(ESB) adaptive beamforming algorithm and improve the performance of it with a small number of snapshots,a modified eigenspace-based adaptive beamforming algorithm based on an unitary transformation is proposed.
为了减小基于特征空间(ESB)自适应波束形成算法的运算量并提高小快拍数条件下的自适应波束形成性能,该文提出了一种基于酉变换的修正ESB自适应波束形成算法。
In chapter 5,we define quantum binary symmetric channels via the invariance of fidelity under unitary transformation of input density operators.
第五章通过量子保真度(fidelity)在输入信号的幺正变换下的不变性定义了量子二进制对称信道。
参考来源 - 量子信道容量研究Unitary transformation and measurement operator can finish all operations in quantum computation,according to the quantum mechanics principle. But,concurrency and communication of quantum world cann’t be described in detial,just using the sequence of unitary transformation and measurement operator.
由量子力学原理,酉变换和测量算子可以完成量子计算中的所有操作,但仅用酉变换和测量算子的序列并不能清楚地描述量子世界的并发与通信,因此本文提出了量子进程的概念,讨论量子进程通信的几种可能方式,并基于CCS建立了两个量子进程的一种互模拟关系,用以刻画传送量子进程的并发与通信。
参考来源 - 量子进程 in C