1) quantum computer
量子计算机
1.
Measurement of the nuclear spin state in Kane s solid-state quantum computer;
Kane固体量子计算机中核自旋读出
2) Quantum computers
量子计算机
1.
It is widely believed that quantum computers will ultimately be realized in solid\|state systems.
量子计算机拥有比经典计算机更为强大的计算能力 。
2.
Based on the introducing the historical background and fundamental conception of quantum computers,the paper discuss the essential characteristics of quantum computers and its philosophical sens
文章在介绍了量子计算机产生的历史背景与基本概念的基础上 ,论述了量子计算机的本质特征及其哲学意
3.
The developments of quantum computers from experimental to practicable in recent years are summarized.
对近几年量子计算机从实验室走向实用化的重要进展作了概述。
4) universal quantum computer
通用量子计算机
1.
The architecture of universal quantum computer will much affect quantum computing efficiency and the paradigm of quantum programming.
通用量子计算机(universal quantum computer)在求解某些在经典计算机上具有超多项式复杂度的问题方面存在着潜在的巨大优势。
5) Quantum computation
量子计算
1.
Robust quantum computation of the quantum kicked Harper modeland dissipative decoherence;
量子Harper模型的量子计算鲁棒性与耗散退相干
6) quantum computing
量子计算
1.
Cooperative multi-agent reinforcement learning based on quantum computing;
基于量子计算的多Agent协作学习算法
2.
The Implementation of the Grover Algorithm in One-Way Quantum Computing Model;
Grover算法在单道量子计算模型下的实现
3.
Additionally,the types of error that happened during quantum computing are different from those in classical computing.
量子计算机利用其量子位态特有的相干叠加和纠缠性,使得在某些问题的处理上优于经典计算机,同时也导致量子计算过程中的出错图样不同于经典计算。
补充资料：计算机输入/输出控制系统(见计算机输入/输出系统)
计算机输入/输出控制系统(见计算机输入/输出系统)
computer input/output control system
iisuanii shuru/shuehu kongzhi xitong计算机输入/输出控制系统(com-puter inPut/ou中ut eontrol system)见计算机输入/输出系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条