Interactive Displays for E-Classroom

Interactive Displays for E-Classroom

  • Interactive Displays for E-Classroom
    ART/143CP
    20121016 - 20140715
    13138

    Dr Chen-jung Tsai
    1. Deliverables of E-Board (a) ≤10mm thickness sensing module design, 2 - 4 points touch sensing algorithms and real-time (≧100Hz) control module for 65" - 120" interactive whiteboard application (b) Array sensing module design, 2 - 8 points touch sensing algorithm and real-time (≧100Hz) control module for large size (≥120") E-Board / Optical Touch Wall application (c) 1-way and 2-way wireless signal transmission modules 2. Deliverables of E-desk 2A. 3D Optical Touch Sensing (3D OTS) techniques, including: (a) 2D/3D optical touch sensing modules to support 18” - 42” E-desk (b) Integrated 2D/3D touch frame design to support 18” - 42” E-desk (c) 2D multi-touch sensing algorithms (2 - 4 points) & real-time (≧100Hz) control module (d) Training-based image processing algorithm for near distance (< 1m) 3D non-touch gesture remote control algorithms 2B. Compact Interactive Table (CIT) (a) High brightness (≥100 lm) projection engine (b) Rear projection system with image sensing modules (c) Algorithms and real time control modules of 2D multi-touch (≧10 points) and object recognition
    Dr Enboa Wu Dr Chun Yip WONG Dr Xueyan TANG Dr Chao WU Dr Eric Ding Dr Dennis Wong Ms Karen Leung Dr Kenny CHAN Dr Yan WANG Dr Jinhui HU Dr Kwok Chung, Calvin CHAN Dr Wilman Weiwen ZHOU Mr Chak Wai, Dennis Chau Dr Yong Chi Ms Yuan, Fiona Wang Dr Tai Wai, David CHAN Dr Hong Feng, Alex ZU Dr Qiangqi ZOU Dr Chung Wai, Vincent WONG Dr Haojie, Jackson CHEN Dr Yuanyuan, Conica CUI Dr Yi YANG Dr Man Yiu, Ken YAU Dr Ka Fai, Ken SUK Dr Anna Liu Dr Hon Lung Cheung Mr Pei Chin Ryan Chung Dr Deyu He Dr Hui Hu Dr Xuyan Huang Dr Kai Cheong Kwan Ms Yuen Han, Kat Kwan Ms Wai Kee, Vicky Lai Dr Chi Kit Lam Dr Po Yan Pamela Lam Mr Tat Delfin Mancilla Lam Dr Zhongshi Li Dr Dehua Liu Mr Wai Kin Luk Ms Man Yee, Irene Pang Dr Weiping Tang Dr Jianjia Wang Dr Changli Wu Dr Juanna Xiao Zhuang Yao Dr Suet Man Yau Dr Chuen Kuen Dave Yeung Dr Wei Zhang
    Christian Action Education Bureau Forstec (HK) Co. Ltd. Forstec (HK) Co. Ltd. (Technology Licensing) [Sponsor] iTouch Technologies Private Limited iTouch Technologies Private Ltd. (Technology Licensing) [Sponsor] Jiangsu Ronglee Optoelectronics Co., Ltd. Jiangsu Ronglee Optoelectronics Co., Ltd. (Technology Licensing) [Sponsor] Ketab Technologies Private Shareholding Co. Shenzhen ChinaXYL Mobile Connection Technology Co. Ltd. Shenzhen Haiya Technology Co. Ltd. Shenzhen Haiya Technology Co. Ltd. (Technology Licensing) [Sponsor] The Chinese University of Hong Kong

    It is proven that interactive devices can help promote e-learning. The Hong Kong Education Bureau has also initiated a Pilot Scheme on e-Learning in schools to enhance students’ information literacy and learning effectiveness. However, the vast initial investment for installation is still a major barrier for local schools to adopt the technology. In this project, different R&D methodologies will be involved including optical multi-touch sensing technology for pointing and gesture recognition; image processing technique for teacher tracking and far field gesture remote control to be applied in E-Board. To realize the E-Desk, 3D optical touch sensing technology, near distance 3D non-touch recognition and object recognition methods will be developed in this project. It is possible to enhance the interaction between E-Board and E-Desk. A comprehensive interactive platform will allow the contents between different devices to be shared effectively. In an E-Classroom, it is possible to provide a totally new experience to both teachers and students. The low cost total solution proposed in this project will definitely help promote e-Learning in Hong Kong and Mainland China.