江智浩
助理教授、研究员、博导
博士毕业院校: 美国宾夕法尼亚大学
电话: 021-20684860
办公室: 信息学院3-424
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研究方向: 人-机-物协同决策,数字孪生,决策辅助系统
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江智浩于2008年本科毕业于电子科技大学测控技术与仪器专业,后赴美国宾夕法尼亚大学深造。分别于2010年和2016年获得机器人硕士学位和计算机博士学位。随后加入位于美国硅谷的丰田信息科技研究中心担任研究员,从事基于模型的软件开发与验证在智能医疗仪器和车联网领域的应用研究。他于2018年7月全职加入上海科技大学信息科学与技术学院,任助理教授、研究员,开展人-机-物协同决策系统的理论与应用研究,主要应用领域包括个性化医疗、手术辅助、智能驾驶辅助、康复机器人等。

  • 姓名:陈光耀
    身份:博士研究生
    年级:2020
    邮箱:
    研究方向:医疗辅助系统、医疗数字孪生
  • 姓名:顾毅
    身份:硕士研究生
    年级:2022
    邮箱:
    研究方向:智能驾驶辅助系统
  • 姓名:亓骥
    身份:硕士研究生
    年级:2022
    邮箱:
    研究方向:智能驾驶辅助系统
  • 姓名:何沛霖
    身份:硕士研究生
    年级:2023
    邮箱:
    研究方向:医疗决策辅助系统
  • 姓名:王文滔
    身份:硕士研究生
    年级:2023
    邮箱:
    研究方向:康复机器人
  • 姓名:李沛霖
    身份:硕士研究生
    年级:2024
    邮箱:
    研究方向:医疗决策辅助系统
  • 姓名:李书航
    身份:硕士研究生
    年级:2024
    邮箱:
    研究方向:智能驾驶辅助

My research develops theoretical foundations for Human-Cyber-Physical Systems (HCPS) in safety-critical domains. To ensure safe and effective decision-making, two requirements must be met: (1) explicit mechanism-to-observation and decision-to-outcome causality; (2) real-time understanding of human operators' cognitive states and preferences.

I propose a dual-digital-twin framework resolving these challenges: the Environment Digital Twin enables counterfactual analysis for causality establishment, while the Cognitive Digital Twin infers decision-makers’ cognitive parameters and predicts their responses to decision supports. This architecture enables AI systems to complement—rather than replace—human experts in medical and automotive applications, achieving safe and effective human-machine collaboration. Crucially, decisions guided by these twins ensure decision-makers operate with the correct contextual understanding, while the AI-generated support becomes inherently more intuitive, easier to accept, and ultimately more effective in guiding the human towards optimal choices.


CS132:软件工程

CS233:智能医疗仪器软件开发与验证


信息学院教学委员会委员

信息学院资源管理委员会委员

上海科技大学产业实践指导小组成员


2022信息学院优秀服务奖

2022、2023、2024上海科技大学优秀书院导师

2020级信息学院优秀导师组

2020年产业实践优秀指导教师

2019年产业实践优秀指导教师


  • 1. Yutong Wu;Renzhi Tang;Eunsuk Kang;Zhihao Jiang;#, Model-based Clinical Assist System for Cardiac Ablation, INTERNATIONAL CONFERENCE ON CYBER-PHYSICAL SYSTEMS, May 2021, 110-120
  • 2. Guangyao Chen;Zhihao Jiang;#, Environment Modeling during Model Checking of Cyberphysical Systems, COMPUTER, Sep 2021, 54(9):49-58
  • 3. Pirani, Mohammad;She, Yining;Tang, Renzhi;Jiang, Zhihao;Vardhan Pant, Yash;#, Stable Interaction of Autonomous Vehicle Platoons with Human-Driven Vehicles, 2022 AMERICAN CONTROL CONFERENCE (ACC), 11 Jun 2022,
  • 4. Lai, Mincai;Yang, Haochen;Gu, Jicheng;Chen, Xinye;Jiang, Zhihao;#, Digital-twin-based Online Parameter Personalization for Implantable Cardiac Defibrillators, 2022 44TH ANNUAL INTERNATIONAL CONFERENCE OF THE IEEE ENGINEERING IN MEDICINE & BIOLOGY SOCIETY (EMBC), 15 Jul 2022,
  • 5. Yilun Chen;Wentao Wang;Junyu Diao;Daoyu Want;Zhuo Jian;Yixi Wang;Zhihao Jiang;#, Digital-Twin-Based Patient Evaluation during Stroke Rehabilitation, ICCPS '23: ACM/IEEE 14TH INTERNATIONAL CONFERENCE ON CYBER-PHYSICAL SYSTEMS, 09 May 2023, 22-33
  • 6. Chen, Ximing;Kang, Eunsuk;Shiraishi, Shinichi;Preciado, Victor M.;Jiang, Zhihao;#, Digital behavioral twins for safe connected cars, 21ST ACM/IEEE INTERNATIONAL CONFERENCE ON MODEL DRIVEN ENGINEERING LANGUAGES AND SYSTEMS, MODELS 2018, 2018, 144-154
  • 7. Junyu Diao;Renzhi Tang;Yi Gu;Sen Tian;Zhihao Jiang;#, Cognitive-Digital-Twin-Based Driving Assistance, IEEE ROBOTICS AND AUTOMATION LETTERS, 01 Aug 2023, 8(8):5188-5195
  • 8. Chen, Guangyao;He, Peilin;Wang, Ziqi;Teng, Zixin;Jiang, Zhihao;#, Model checking-based decision support system for fault management: A comprehensive framework and application in electric power systems, EXPERT SYSTEMS WITH APPLICATIONS, 01 Aug 2024, 247(123371)
  • 9. Haochen Yang;Zhihao Jiang;#, Decision support for personalized therapy in implantable medical devices: A digital twin approach, EXPERT SYSTEMS WITH APPLICATIONS, 07 Dec 2023, 243(122883)
  • 10. Zhu, Chenyang;Si, Wen;Zhu, Jinyu;Jiang, Zhihao;#, Decomposing Temporal Equilibrium Strategy for Coordinated Distributed Multi-Agent Reinforcement Learning, THIRTY-EIGHTH AAAI CONFERENCE ON ARTIFICIAL INTELLIGENCE, VOL 38 NO 16, 2024, 38(16):17618-17627
  • 11. Jie Wang;Zhihao Jiang;Yash Vardhan Pant;#, Improving Safety in Mixed Traffic: A Learning-based Model Predictive Control for Autonomous and Human-Driven Vehicle Platooning, KNOWLEDGE-BASED SYSTEMS, 27 Mar 2024, 293(111673)
  • 12. Wang, Jie;Pant, Yash Vardhan;Jiang, Zhihao;#, Learning-based modeling of human-autonomous vehicle interaction for improved safety in mixed-vehicle platooning control, TRANSPORTATION RESEARCH PART C: EMERGING TECHNOLOGIES, May 2024, 162
  • 13. Gu JC(顾吉成);Cai PH(蔡佩珩);Jiang ZH(江智浩);#, Towards Personalized Anti-Tachycardia Pacing: A Formal Analysis of Reentry Mechanisms and Adaptive Algorithm Development, 2024 46TH ANNUAL INTERNATIONAL CONFERENCE OF THE IEEE ENGINEERING IN MEDICINE AND BIOLOGY SOCIETY (EMBC), 19 Jul 2024,
  • 14. Gu, Yi;Li, Shuhang;Qi, Ji;Fu, Bangzheng;Tang, Renzhi;Yang, Lifeng;Tian, Sen;Jiang, Zhihao;#, A cognitive digital twin approach to improving driver compliance and accident prevention, ACCIDENT ANALYSIS AND PREVENTION, Mar 2025, 211