Search Results - Suoju He

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  1. 1
    Codelivery of DOX and siRNA by folate-biotin-quaternized starch nanoparticles for promoting synergistic suppression of human lung cancer cells

    Codelivery of DOX and siRNA by folate-biotin-quaternized starch nanoparticles for promoting synergistic suppression of human lung cancer cells by Li, Liangping, He, Suoju, Yu, Lizhen, Elshazly, Ezzat H, Wang, Hui, Chen, Kuanmin, Zhang, Song, Ke, Lixia, Gong, Renmin

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  2. 2
    Preparation and characterization of lipase immobilized on reversibly soluble-insoluble N-(2-carboxylbenzoyl) chitosan

    Preparation and characterization of lipase immobilized on reversibly soluble-insoluble N-(2-carboxylbenzoyl) chitosan by He, Suoju, Dai, Miaomiao, Zhu, Jun, Jiang, Bo, Gong, Renmin

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  3. 3
    Cationic surfactant hemimicelle on alginate gel for removing bisphenol A from aqueous solution

    Cationic surfactant hemimicelle on alginate gel for removing bisphenol A from aqueous solution by Zhu, Jun, Dai, Miaomiao, He, Suoju, Lai, Qiumei, Gong, Renmin

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  4. 4
    Dynamic Difficulty Adjustment of Game AI by MCTS for the game Pac-Man

    Dynamic Difficulty Adjustment of Game AI by MCTS for the game Pac-Man by Ya'nan Hao, Suoju He, Junping Wang, Xiao Liu, Jiajian Yang, Wan Huang

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  5. 5
    Dynamic difficulty adjustment realization based on adaptive neuro-controlled game opponent

    Dynamic difficulty adjustment realization based on adaptive neuro-controlled game opponent by Wan Huang, Suoju He, Delin Chang, Yanan Hao

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  6. 6
    Dynamic difficulty adjustment based on an improved algorithm of UCT for the Pac-Man Game

    Dynamic difficulty adjustment based on an improved algorithm of UCT for the Pac-Man Game by Bin Wu, DingDing Chen, Suoju He, Qijin Sun, Zhengjun Li, Minxi Zhao

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  7. 7
    Automatic AI design by the use of MCTS for the game Dead-End

    Automatic AI design by the use of MCTS for the game Dead-End by Yue Ma, Suoju He, Junping Wang, Yiwen Fu, Zhiyuan Shi

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  8. 8
    To create DDA by the approach of ANN from UCT-created data

    To create DDA by the approach of ANN from UCT-created data by Xinyu Li, Suoju He, Yue Dong, Qing Liu, Xiao Liu, Yiwen Fu, Zhiyuan Shi, Wan Huang

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  9. 9
    Strategy-Based Player Modeling during Interactive Entertainment Sessions by Using Bayesian Classification

    Strategy-Based Player Modeling during Interactive Entertainment Sessions by Using Bayesian Classification by Suoju He, Junping Du, Hongtao Chen, Jin Meng, Qiliang Zhu

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  10. 10
    Automatic game AI design by the use of UCT for Dead-End

    Automatic game AI design by the use of UCT for Dead-End by Zhiyuan Shi, Yamin Wang, Suoju He, Junping Wang, Jie Dong, Yuanwei Liu, Teng Jiang

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  11. 11
    Optimizing player's satisfaction through DDA of game AI by UCT for the Game Dead-End

    Optimizing player's satisfaction through DDA of game AI by UCT for the Game Dead-End by Yidan Zhang, Suoju He, Junping Wang, Yuan Gao, Jiajian Yang, Xinrui Yu, Lindao Sha

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  12. 12
    Dynamic difficulty adjustment of game AI for video game Dead-End

    Dynamic difficulty adjustment of game AI for video game Dead-End by Xinrui Yu, Suoju He, Yuan Gao, Jiajian Yang, Lingdao Sha, Yidan Zhang, Zhaobo Ai

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  13. 13
    Game Player Strategy Pattern Recognition and How UCT Algorithms Apply Pre-knowledge of Player's Strategy to Improve Opponent AI

    Game Player Strategy Pattern Recognition and How UCT Algorithms Apply Pre-knowledge of Player's Strategy to Improve Opponent AI by Suoju He, Yi Wang, Fan Xie, Jin Meng, Hongtao Chen, Sai Luo, Zhiqing Liu, Qiliang Zhu

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  14. 14
    To Create Intelligent Adaptive Game Opponent by Using Monte-Carlo for the Game of Pac-Man

    To Create Intelligent Adaptive Game Opponent by Using Monte-Carlo for the Game of Pac-Man by Xiao Liu, Yao Li, Suoju He, Yiwen Fu, Jiajian Yang, Donglin Ji, Yang Chen

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  15. 15
    To Create Intelligent Adaptive Neuro-Controller of Game Opponent from UCT-Created Data

    To Create Intelligent Adaptive Neuro-Controller of Game Opponent from UCT-Created Data by Yiwen Fu, Si Yang, Suoju He, Jiajian Yang, Xiao Liu, Yang Chen, Donglin Ji

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  16. 16
    Game Player Strategy Pattern Recognition by Using Radial Basis Function

    Game Player Strategy Pattern Recognition by Using Radial Basis Function by Suoju He, Guoshi Wu, Jin Meng, Hongtao Chen, Jing Li, Zhiqing Liu, Qiliang Zhu

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  17. 17
    To Create Adaptive Game Opponent by Using UCT

    To Create Adaptive Game Opponent by Using UCT by Suoju He, Fan Xie, Yi Wang, Sai Luo, Yiwen Fu, Jiajian Yang, Zhiqing Liu, Qiliang Zhu

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  18. 18
    To Create Intelligent Adaptive Game Opponent by Using Monte-Carlo for Tree Search

    To Create Intelligent Adaptive Game Opponent by Using Monte-Carlo for Tree Search by Yang, Jiajian, Gao, Yuan, He, Suoju, Liu, Xiao, Fu, Yiwen, Chen, Yang, Ji, Donglin

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  19. 19
    Verifying adaptation of neuro-controlled game opponent by cross validation under supervised and unsupervised player modeling

    Verifying adaptation of neuro-controlled game opponent by cross validation under supervised and unsupervised player modeling by Wan Huang, Suoju He, Xiao Liu, Jiajian Yang, Zhiyuan Shi, Xinyu Li, Ya'nan Hao

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