1 An efficient protocol for the quantum private comparison of equality with W state
来源:OPT COMMUN( P 0030-4018 E 1873-0310 ) 发表时间: 2011/06
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2 A study of granular computing in the agenda of growth of artificial neural networks
来源:GRANULAR COMPUT( P 2364-4966 E 2364-4974 ) 发表时间: 2016/12
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3 Quantum Private Comparison Protocol Based on Bell Entangled States
来源:COMMUN THEOR PHYS( P 0253-6102 E 1572-9494 ) 发表时间: 2012/04
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4 Quantum Private Comparison Based on GHZ Entangled States
来源:INT J THEOR PHYS( P 0020-7748 E 1572-9575 ) 发表时间: 2012/11
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5 A Protocol for the Quantum Private Comparison of Equality with chi-Type State
来源:INT J THEOR PHYS( P 0020-7748 E 1572-9575 ) 发表时间: 2012/01
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6 Multi-party Quantum Private Comparison Protocol Using d-Dimensional Basis States Without Entanglemen..
来源:INT J THEOR PHYS( P 0020-7748 E 1572-9575 ) 发表时间: 2014/04
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7 New Quantum Private Comparison Protocol Using X-Type State
来源:INT J THEOR PHYS( P 0020-7748 E 1572-9575 ) 发表时间: 2012/06
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8 Human centricity and information granularity in the agenda of theories and applications of soft comp..
来源:APPL SOFT COMPUT( P 1568-4946 E 1872-9681 ) 发表时间: 2015/02
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9 Contrast enhancement of brightness-distorted images by improved adaptive gamma correction
来源:COMPUT ELECTR ENG( P 0045-7906 E 1879-0755 ) 发表时间: 2018/02
类型:期刊论文 为本人加分:759.927546
10 An Novel Protocol for the Quantum Secure Multi-Party Summation Based on Two-Particle Bell States
来源:INT J THEOR PHYS( P 0020-7748 E 1572-9575 ) 发表时间: 2017/09
类型:期刊论文 为本人加分:726.041547