学术成果:
论文
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[1] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[2] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[3] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[4] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[5] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[6] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[7] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[8] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[9] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[10] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[11] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[12] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[13] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[14] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[15] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[16] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[17] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[18] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[19] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[20] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[21] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[22] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[23] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[24] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[25] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[26] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[27] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[28] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[29] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[30] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[31] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[32] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[33] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[34] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[35] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[36] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[37] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[38] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[39] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[40] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[41] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[42] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[43] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[44] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[45] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[46] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[47] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[48] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[49] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[50] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[51] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[52] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[53] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[54] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[55] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[56] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[57] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[58] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[59] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[60] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[61] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[62] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[63] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[64] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[65] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[66] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[67] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[68] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[69] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[70] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[71] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[72] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[73] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[74] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[75] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[76] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[77] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[78] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[79] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[80] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[81] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[82] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
-
[83] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
-
[84] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[85] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[86] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[87] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[88] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[89] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[90] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[91] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[92] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[93] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[94] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[95] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[96] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[97] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[98] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[99] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[100] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[101] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[102] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[103] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[104] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[105] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[106] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[107] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[108] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[109] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[110] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[111] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[112] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[113] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[114] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[115] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[116] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[117] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[118] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[119] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[120] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[121] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[122] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[123] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[124] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[125] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[126] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[127] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[128] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[129] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[130] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[131] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[132] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[133] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[134] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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[135] 安冬冬. stohMCharts: A Modeling Framework for Quantitative Performance Evaluation of Cyber-Physical-Social Systems. IEEE Access,2023,11(11):44660-44671.
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[136] 安冬冬,李双,李双. Theoretical Basis and Implementation Mechanism of the Programming Platform for Ternary Optical Computer. IEEE Access,2022,10(1):5585-5594.
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[137] 安冬冬. 不确定环境下hCPS系统的形式化建模与动态验证. 软件学报,2021,32(7):1999-2015.
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