PPT-Sensor-based

Mobile Web Fingerprinting and Crosssite Input Inference Attacks Chuan Yue chuanyueminesedu IEEE Workshop on Mobile Security Technologies MoST 2016 1 5262016 Outline Introduction and Background. . Chemiluminescence. Detection in . Paper-Based. Microfluidic Sensors. Advisor: Dr. James . Rusling. Boya. Song. Feb. 24, 2011. What is . Microfluidic sensor . ?. Why . paper. -based ?. How to . make. Protocol Design . for Wireless Sensor Networks. Chih. -Min Chao, . Yi-Wei . Lee. IEEE . TRANSACTIONS ON VEHICULAR . TECHNOLOGY, 2010. Outline. Introduction. Preliminaries. Protocol description. Simulation results. . Chemiluminescence. Detection in . Paper-Based. Microfluidic Sensors. Advisor: Dr. James . Rusling. Boya. Song. Feb. 24, 2011. What is . Microfluidic sensor . ?. Why . paper. -based ?. How to . make. Internet Protocol Integration . with COTS. Sigit Basuki Wibowo. Widyawan. Introduction. Wireless Sensor Network. Gateway Design and Development. Conclusion. Outline. “Commercial, off-the-shelf (COTS) is a term for software or hardware, generally technology or computer products, that are ready-made and available for sale, lease, or license to the general public.”. Thang Hoang. †. , Deokjai Choi. †. , . Thuc. Nguyen. ‡. † . Faculty of Information Technology, . Saigon Technology University, Vietnam. thang.hoangminh@stu.edu.vn. † . Dept. of Electronics & Computer Engineering, Chonnam National University, South Korea. 5. Mechanical biosensors. . Microcantilevers.Thermal. sensors. . Mechanical Mass Sensitive Sensors. Mechanical shift of a resonance can be used for detection of mass change (due to adsorption or chemical reaction). from sub-Nyquist Samples. Or Yair, Shahar Stein . Supervised by Deborah Cohen and Prof. . Yonina. C. . Eldar. December 7, . 2015. Multiband . sparse signal. Each transmission . corresponds to a carrier frequency,. A tutorial. Gary M. Weiss. Fordham University. gweiss@cis.fordham.edu. These slides available from http://storm.cis.fordham.edu/~gweiss/presentations.html. What is a Smart Phone?. What is a smart phone and what does it do? What devices can it replace? . A tutorial. Gary M. Weiss. Fordham University. gweiss@cis.fordham.edu. These slides available from http://storm.cis.fordham.edu/~gweiss/presentations.html. What is a Smart Phone?. What is a smart phone and what does it do? What devices can it replace? . Gary M. Weiss. Fordham University. gweiss@cis.fordham.edu. Background and Motivation. Smart phones are ubiquitous. As of 4. th. quarter 2010 outpaced PC sales. We carry them everywhere at almost all times. 2. RADSAGA Training Workshop – March 2018. Presented by Arijit Karmakar. Doctoral Student. KU Leuven, ADVISE Group. 3. RADSAGA Training Workshop – March 2018. Project Deliverable & Milestones Lists:. Cross-Layered Design of Sensor Networks. I. Fundamentals . - . Basics of Wireless Ad-Hoc Networks. - Autonomous Systems. - Communication Models and Algorithms. II. Design of Wireless Sensor Networks . Authors. Bo Sun, Fei Yu, Kui Wu, Yang Xiao, and Victor C. M. Leung.. . Presented by . Aniruddha Barapatre. Introduction. Importance of Cellular phones.. Due to the open radio transmission environment and the physical vulnerability of mobile devices , . Attacks. Chuan. Yue, chuanyue@mines.edu. IEEE . Workshop on Mobile Security Technologies (. MoST. ), . 2016. 1. 5/26/2016. Outline. Introduction and Background. Attacks. Potential Defense Mechanisms.