2018年3月22日学术报告(Jane You, 香港理工大学)
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报告题目:  On advanced sensing for smart city development
报告时间:  3月22日 上午10:00(周四)
报告地点:  计算机学院B404
报告人:    Jane You(尤佳)教授
报告人单位:香港理工大学电子计算学系
 
报告人简介:Jane You is currently a professor in the Department of Computing at the Hong Kong Polytechnic University. Prof. You obtained her BEng. in Electronic Engineering from Xi’an Jiaotong University in 1986 and Ph.D in Computer Science from La Trobe University, Australia in 1992. She was a lecturer at the University of South Australia and senior lecturer (tenured) at Griffith University from 1993 till 2002.
Prof. Jane You has worked extensively in the fields of image processing, medical imaging, computer-aided detection/diagnosis, pattern recognition. So far, she has more than 280 research papers published. She has been a principal investigator for two ITF projects (Innovation Technology Fund), four GRF projects (General Research Fund) supported by Hong Kong Government and many other joint grants since she joined PolyU in late 1998. Her work on retinal imaging led to a US patent issued in 2015, the first runner-up for Innovation Award of Excellence (Hong Kong, 2015), a Special Prize and Gold Medal with Jury’s Commendation at the 39th International Exhibition of Inventions of Geneva (April 2011) and the second place of SPIE Medical Imaging’2009 Retinopathy Online Challenge (ROC’2009)). Her recent work on smart fetal monitoring was awarded the special prize and Silver Medal at the 44th International Exhibition of Inventions of Geneva (April 2016). Prof. You is also an associate editor of Pattern Recognition and other journals.
 
报告摘要:This seminar presents the integration of new portable/wearable devices/sensors with computing technologies for smart city development, in particular with applications to smart healthcare and transportation. The mobile retinal imaging system offers a non-intrusive diabetic monitoring to doctors and diabetic patients by conducting retina condition checking and tracking with a low-cost handheld fundus camera without any constraints of manpower, environment and time. The smart fetal monitoring belt is the first of its kind which integrates soft sensors, textile and information technologies to detect fetal movement and uterine contraction for personalized monitoring of fetal wellbeing with quantitative assessment safely, reliably, conveniently and cost effectively. The automated truck loading monitoring system is equipped with a portable vehicle-mounted multi-function tool kit to provide a wide range of services for real-time logistic management, environment protection and road safety control.
These projects are supported by the Hong Kong Government under the schemes of General Research Fund and Innovation Technology Fund together with industry sponsorship. The impact of the work is evidenced by the outputs including research publications, US patent, international awards, technology transfer and entrepreneurship.
 
邀请人:张乐飞副教授
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