Description: jQuantum这个Java程序用于模拟一个量子计算机。它的目的是让开发者可以开发量子算法的演示。其它主要的目的是在你的头脑中创建真实的图像，使其易于理解。-jQuantum the Java program used to simulate a quantum computer. Its purpose is to allow developers can develop quantum algorithm presentations. Other main purpose is in your mind to create realistic images make it easier to understand. Platform: |
Size: 88625 |
Author:liaosp_11 |
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Description: 此程序为训练RBF网权值的量子粒子群优化算法，供各位参考-this program for training RBF net weights Quantum Particle Swarm Optimization Algorithm for reference Platform: |
Size: 2048 |
Author:jhon |
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Description: 量子遗传算法并行性好,不易陷入早熟,是目前在遗传算法方面一个比较新研究,该压缩包里包含了大量了一些优秀的量子遗传算法的一些优秀文章.-quantum parallelism of genetic algorithms, and not caught early, which is the genetic algorithm in a relatively new area, The compressed bundle contains a number of outstanding Quantum Genetic Algorithm some excellent articles. Platform: |
Size: 2674688 |
Author:刘洪文 |
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Description: jQuantum这个Java程序用于模拟一个量子计算机。它的目的是让开发者可以开发量子算法的演示。其它主要的目的是在你的头脑中创建真实的图像，使其易于理解。-jQuantum the Java program used to simulate a quantum computer. Its purpose is to allow developers can develop quantum algorithm presentations. Other main purpose is in your mind to create realistic images make it easier to understand. Platform: |
Size: 88064 |
Author:liaosp_11 |
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Description: 该算法是用于量子运算的matlab程序，包括声称量子态，量子寄存器等-the algorithm for quantum computation Matlab procedures, including the claim that quantum states, such as Quantum Register Platform: |
Size: 92160 |
Author:王黎 |
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Description: 量子遗传算法重要函数解析，我看了很有用
，希望能对大家有所帮助-Quantum Genetic Algorithm important function analysis, I have read the very useful, I hope everyone can help Platform: |
Size: 104448 |
Author:郭文浩 |
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Description: 本文在量子进化算法的基础上结合基于克隆选择学说的克隆算子,提出了改进的进化算法———量子克
隆进化策略算法(QCES) . 它既借鉴了量子进化算法的高效并行性又利用克隆算子来代替其中的变异和选择操作,以
增加种群的多样性,避免了早熟,且收敛速度快. 本文不仅从理论上证明了该算法的收敛,而且通过仿真实验表明了此
算法的优越性.-In this paper, quantum evolutionary algorithm based on the combination of clonal selection theory based on the cloning operator, made an improved evolutionary algorithm--- quantum cloning evolutionary strategy algorithm (QCES). It draws on quantum evolutionary algorithm and also makes use of parallelism and efficient cloning operator to replace one of the variation and selection of operation in order to increase population diversity to avoid premature, and fast convergence. This article is not only theoretically proved that the convergence of the algorithm, and through simulation experiments show the superiority of this algorithm . Platform: |
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Author: |
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Description: Round-robin scheduling algorithm is one of the simplest scheduling algorithms. It is designed especially for time-sharing systems. The ready queue is treated as a circular queue. The algorithm assigns a time slice(also called time quantum) to each process in the ready queue in order, handling all processes without priority. A maximum of one time slice is allocated at once. If the remaining request is less than a time slice, only the remaining request time is allocated. Round-robin scheduling is both simple and easy to implement. It is also starvation-free. Platform: |
Size: 148480 |
Author:邓思兵 |
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Description: 量子克隆算法论文，对人工免疫算法的介绍和特性的分析-Quantum cloning algorithm papers, on the introduction of artificial immune algorithm and characteristics of the analysis Platform: |
Size: 557056 |
Author:左翼 |
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Description: Basics of Quantum Computation
1 What is the point in Quantum Computation 1
1.1 Preview 1
1.2 A First View of the Advantages 5
1.3 Is Physics Nothing Else But Computation ? 12
2 First Quantum Computations 15
2.1 Quantum Bits, or Qubits 15
2.2 Single Qubit Gates 18
2.3 Composite Quantum Systems and Entanglement 21
2.4 Multiple Qubit Gates 28
2.5 Classical Computations on Quantum Computers 30
2.6 Keeping Quantum Gates Simple 33
3 Two Strange Phenomena 39
3.1 No-Cloning 39
3.2 Teleportation 44
4 Bell’s Inequalities 53
4.1 Boole Type Inequalities 56
4.2 The Bell Eff ect 58
4.3 Bell’s Inequalities 61
4.4 Locality versus Nonlocality 64
5 The Deutsch-Jozsa Algorithm 67
5.1 A Simple Case of Quantum Parallelism 67
5.2 Massive Quantum Parallelism 69
ii
5.3 The Deutsch Algorithm 72
5.4 The Deutsch-Jozsa Algorithm 75
Bibliography 79-Basics of Quantum Computation 1 What is the point in Quantum Computation 1 1.1 Preview 1 1.2 A First View of the Advantages 5 1.3 Is Physics Nothing Else But Computation? 12 2 First Quantum Computations 15 2.1 Quantum Bits, or Qubits 15 2.2 Single Qubit Gates 18 2.3 Composite Quantum Systems and Entanglement 21 2.4 Multiple Qubit Gates 28 2.5 Classical Computations on Quantum Computers 30 2.6 Keeping Quantum Gates Simple 33 3 Two Strange Phenomena 39 3.1 No-Cloning 39 3.2 Teleportation 44 4 Bell' s Inequalities 53 4.1 Boole Type Inequalities 56 4.2 The Bell Effect 58 4.3 Bell' s Inequalities 61 4.4 Locality versus Nonlocality 64 5 The Deutsch-Jozsa Algorithm 67 5.1 A Simple Case of Quantum Parallelism 67 5.2 Massive Quantum Parallelism 69 ii 5.3 The Deutsch Algorithm 72 5.4 The Deutsch-Jozsa Algorithm 75 Bibliography 79 Platform: |
Size: 369664 |
Author:KJ |
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Description: 量子遗传算法，采用c语言编程，每个子函数都有详细注释，希望对你有所启发-Quantum genetic algorithm, using c language programming, detailed notes for each sub-functions are the hope to inspire you Platform: |
Size: 1867776 |
Author:nanadei |
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Description: 重点介绍了量子计算的理论知识，更加深层次的了解量子算法。-Focuses on the theoretical knowledge of quantum computing, and more deep-seated understanding of quantum algorithm. Platform: |
Size: 13018112 |
Author:gbl |
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Description: Grover搜索算法，Grover的算法是一种量子算法，它可以高可能性地找到产生特定输出值的黑盒函数的唯一输入。(Grover's algorithm is a quantum algorithm that finds with high probability the unique input to a black box function that produces a particular output value.) Platform: |
Size: 10240 |
Author:Null姬 |
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Description: Grover搜索算法，Grover的算法是一种量子算法，它可以高可能性地找到产生特定输出值的黑盒函数的唯一输入。(Grover's algorithm is a quantum algorithm that finds with high probability the unique input to a black box function that produces a particular output value.) Platform: |
Size: 1489920 |
Author:Null姬 |
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Search - quantum algorithm