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Final Year Project 2013-2014 Information Session

Final Year Project 2013-2014 Information Session. Prof. Wing C. Lau Dept of Information Engineering The Chinese University of Hong Kong April 12, 2013. Proposed Projects in Pervasive Computing, Security. Pervasive Applications with Capacitive Proximity Sensors

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Final Year Project 2013-2014 Information Session

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  1. Final Year Project 2013-2014Information Session Prof. Wing C. Lau Dept of Information Engineering The Chinese University of Hong Kong April 12, 2013

  2. Proposed Projects in Pervasive Computing, Security • Pervasive Applications with Capacitive Proximity Sensors • Supporting Public-Screen/Display sharing • Smartphone-based Application Host Gateway for Home Networks • Mobile Malware Analysis: Tools and Behavior Characterization • Self-proposed projects from Students

  3. Pervasive Applications with Capacitive Proximity Sensors (1-3 students) Motivation • Capacitive Proximity Sensors (CPS) can be used to Detect/Classify Motion/Gesture pattern in an “invisible” way ; • Can be used to support Motion/Gesture-based Control for Pervasive Applications • The OpenCapSense project has made available open-source hardware and software to support Capacitive Proximity Sensing Sample Applications: Posture-recognizing Couch, Smart Surface, Fall-detecting Floor, Therapeutic/Posture-monitoring Mattress Project Objectives • Come up with your new CPS-based Pervasive Application • Use the OpenCapSense toolkit to realize your Application

  4. Supporting Public Screen/Display sharing (2 students) Motivation • DLNA (Digital Living Network Alliance) already defines standards for Applications to interact with Audio-Video devices at home, e.g.: • Streaming Video from a Win8 laptop or Android Smartphone to DLNA-enabled LCD TV over WiFi in an Plug-and-Play manner • Can even do it via a single click-of-a-button within a Web-application (using Ambient Dynamix) Project Objectives • Enable to sharing of a “Public” Screen/Display in the same, click-and-play manner by extending the existing Open-source Platform • Design and Implement a framework to manage the sharing of Screen by multiple users with minimum coordination

  5. Smartphone-based Application Host Gateway for Home Networks (2 students) Motivation • Standards already exists for the support of Residential e-Health, Energy-management applications via an Application Host Gateway (AHG). • There exists Open-source PC-based implementations of standard AHG Project Objectives • Use our Smartphone as the AHG • Re-design/Porting the existing open-source implementation of AHG to Android and/or iOS • Demonstrate a Home-networking Application using the Platform

  6. Mobile Malware Analysis:Tools and Behavior Characterization (2 students)Joint-work with Prof. KH Zhang Motivation • Current Mobile AppStores, e.g. Android Market, Apple AppStore have: • (1) Rogue/Malicious Apps • (2) Spoofed Apps • Weak or No process to verify/show the authenticity of App’s association with the claimed Company/Organization • e.g. You can write your CUHK IE App and distribute it via these stores Project Objectives • Collect Malwares from major App stores by extending existing Mobile Malware Scanning/Analysis tools • Extract Malware behavior characteristics to facilitate Automated Identification • Systematically study the policy/details of App-Authenticity gaps for each App platform

  7. Self-proposed Projects by Students

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