Wen State Professor Hao Ying to obtain prestigious IEEE Award for Basic Contribution to Fuzzy Techniques Analysis – Faculty of Engineering


The IEEE Computational Intelligence Society (CIS) introduced that Hao Ying, professor {of electrical} and pc engineering at Wen State College, will obtain the 2023 IEEE CIS Fuzzy Techniques Pioneer Award “for his basic contribution to model-free fuzzy management” as a quotation. chosen collectively. principle and its biomedical purposes.” The award represents the very best stage of IEEE CIS honor since its inception in 2000, to researchers from around the globe for his or her vital contributions to preliminary ideas and continued improvement within the area of fuzzy programs. offers recognition.

Ying has been researching fuzzy management since his days as a graduate scholar within the early Eighties, when the sphere was in its infancy at Donghua College in Shanghai, China. He has since printed two obscure management books and almost 300 peer-reviewed journal and convention papers, and his work has been cited greater than 10,000 occasions. He has a few years of service on IEEE committees and is at present an affiliate editor or editorial board member for greater than a dozen worldwide journals, together with IEEE Transactions on Fuzzy Techniques And this IEEE Transactions on Techniques, Man and Cybernetics: Techniques,

The mathematical evaluation and design strategies Ying has developed over the previous 4 a long time – particularly previous to 1990 when data concerning the mathematical construction of fuzzy controllers was nonexistent within the literature – are believed by his friends to supply depth in fuzzy management analysis. have been influential.

“I’ve been researching fuzzy management principle for almost 35 years, with a deal with model-based methods. I vastly admire his model-free method and would confidently characterize his contributions as unprecedented and foundational. I’m,” stated Kazuo Tanaka, a professor of mechanical and clever programs engineering on the College of Electro-Communications in Chfu, Japan, who nominated Ying for the award. “He is among the executives within the area.”

Ying’s present analysis focuses on self-learning fuzzy discrete occasion programs, with an emphasis on biomedical and medical purposes; Mathematical principle of fuzzy programs, management and modeling; and real-time alerts for the incidence of affected person’s sickness based mostly on digital medical data.

One among his many victories in ambiguous management analysis was the real-time, closed-loop system he developed in 1989 to manage arterial strain in 12 open-heart surgical procedure sufferers for almost 100 hours within the Cardiac Surgical Intensive Care Unit at Caraway Methodist Medical Heart. was utilized for. Alabama, a feat believed to be the world’s first try at ambiguous management in medical drugs. In 1997, he developed a system for delivering laser energy to warmth tissue as a method of treating most cancers. Within the mid-2000s they collaborated on one other closed-loop management system for real-time resuscitation of hemorrhagic shock, which was later delivered to the US Navy.

Ying joined the Wen State College in 2000 and was promoted to professor in 2003. He’s an IEEE Fellow and a Full Member of the Barbara Ann Karmanos Most cancers Institute.



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