Huang Zhiqi, 

Ph.D., 

Associate Professor,

 Master Supervisor, 

Member of China Command and Control Society (CICC), 

Member of Sichuan Virtual Reality Professional Committee.

Educational experience;

In 2009, the Doctor degree of test metrology technology and instrument from University of Electronic Science and Technology of China. 

Main research directions:

Wearable computer system architecture, human-computer interaction, wearability, system reliability, AR/VR research.

Scientific research and achievements: 

He has presided over and participated in more than 10 projects of the National 863 Program, the National Nature Foundation, the China-Canada International Cooperation project, the Sino-German Fund project, the national key research and development plan, the final assembly, and the enterprise project. Published SCI, EI source journal papers, applied for a number of national invention patents. In 2014, it organized the Fourth National Wearable Computing Academic Conference and the first China (International) Intelligent Wearable Technology and Industry Forum, and made a special report of the conference. Organized and participated in the Sino-German bilateral Seminar on wearable Computing supported by the Sino-German Science Center in 2010 (Chengdu) and 2011 (Bremen), and made a report on the conference. Guided students to participate in the 12th "Challenge Cup" National College students extracurricular academic science and technology works competition, won the national third prize.

Scientific research projects hosted and participated in in recent years:

(1) Sub-topic of the national key research and development plan, 2017YFB1002803, mixed presentation of strong realism of audio-visual touch virtual and real registration, Ministry of Science and Technology, 2017-09-2021-09, host;

(2) National Natural Science Foundation of China, Surface Project, 62172081, Key Technology and Theoretical Research of Emotional Physiological Perception HMD Interactive Interface in Virtual Environment, 2022-01 to 2025-12, Ranking Second;

(3) National key research and development plan topic, 2016YFB1001401, new wearable somatosensory interactive device, 2016-07 to 2020-06, ranked fourth;

(4) National Natural Science Foundation of China, surface project, 61572110, based on the mechanism, structure and adaptive algorithm of "movement forge" based on fabric dynamic ECG, 2016-01 to 2019-12, ranked second.

In recent years, invention patents have been authorized:

[1] Huang Zhiqi, Chen Dongyi, Yang Yanjie; A method and system for predicting displacement frames, 2021-08-03, China, ZL202010015402.4.

[2] Huang Zhiqi, Liu Chen, Wang Yongcui; Array haptic stimulation control method, 2021-02-19, China, ZL201910724286.0.

[3] Huang Zhiqi, Chen Dongyi, Xiong Fan, Chen Xiao; Wearable Chronic Obstructive Pulmonary Dynamic Detection Chest Strap, 2020-08-11, China, ZL201610444202.4.

[4] Huang Zhiqi, Chen Dongyi, Michael Lawo, Xiong Fan, Chen Xiao; Inhibiting Motion Fake Graphene Flexible Brain Capacitive Electrode, 2019-12-03, China, ZL201510847132.2.

[5] Huang Zhiqi, Chen Dongyi, Xiong Fan, Chen Xiao; Inhibiting Motion Fake Graphene Flexible Electrocardio Electrode, 2018-10-16, China, ZL201510844138.4.

Paper:

[1] Yongcui Wang, Zhiqi Huang*, Chen Liu, Wang Pu. Study on the Threshold Characteristics of Human Back Perception for Vibrational Tactile Expression. The 2019 International Symposium on Electronic Engineering and Informatics (ISEEI 2019). June,2019.

[2] Du Jingyi, Huang Zhiqi*, Chen Dongyi, Lei Taowei. Research status of vibration tactile coding. Journal of Engineering Science, 2021, 43(9): 1261-1268.

[3] Huang, Zhi-Qi;Guo, Feng;Stochastic resonance in a fractional linear oscillator subject to random viscous damping and signal-modulated noise，CHINESE JOURNAL OF PHYSICS，2016，54（1）: 69-76

[4] Huang, Zhi-Qi;Peng, Ya-Na;Guo, Feng;Stochastic Resonance in the Logistic Growth Model with Time-modulated Correlated Noise, JOURNAL OF THE KOREAN PHYSICAL SOCIETY,2012,61(2):1932-1937