2015 Workshop on Big Data Analytics in CPS: Enabling the Move from IoT to Real-time Control - Presentations
2015 Workshop on Big Data Analytics in CPS: Enabling the Move from IoT to Real-time Control | ||||
# | Last Name | First Name | Affiliation | Presentation Title |
1 | Bogdan | Paul | University of Southern California | Multicore Platforms for Real-Time Analytics in Closed-Loop Cyber-Physical Systems: Design Challenges and Opportunities |
2 | Dubey | Abhishek | Vanderbilt University | Opportunities and Challenges for Integrated H-CPS Platforms at Scale |
3 | Gunturi | Viswanath | University of Minnesota | Towards Next Generation Engine Control: A Spatial Big Data Approach |
4 | Helal | Sumi | University of Florida | Scalable and Energy-Efficient Cloud-Sensor Architecture for CPS |
5 | Joshi | Bharat | University of North Carolina at Charlotte | Enabling Reliable and Energy Efficient Real-Time Decision-Making and Control of Big Data Analytics for Healthcare Providers |
6 | Kamalasadan | Sukumar | University of North Carolina at Charlotte | Real-time Control of Battery Energy Storage System (BESS) Using Multi-Input Sensing and Big Data Analytics |
7 | Mangharam | Rahul | University of Pennsylvania | Model-based Clinical Trials for Implantable Cardiac Devices |
8 | Murthy | Abhishek | Philips Research North America | Internet of Things Enables a Cyber-Physical Systems Approach to Lighting |
9 | Nayak | Ashutosh | Purdue University | Framework for Scheduling of "Intelligent" Jobs in Flexible Job-shop Environment |
10 | Parhi | Keshab | University of Minnesota | Simple Features and Simple Classifiers for Cyberphysical Systems: Applications to Seizure Detection and Prediction |
11 | Pipattanasomporn | Manisa | Virginia Tech | BEMOSS: An Agent Platform to Enable Grid-Interactive Building Operation with IoT Devices |
12 | Ravindran | Kaliappa | City University of New York | Software Systems for Smart Worlds: An Evolution for IoT to CPS |
13 | Wang | Yu | University of North Carolina at Charlotte | Mobile Big Data Meets Cyber-Physical System: Mobile Crowdsensing based Cyber-Physical System for Smart Urban Traffic Control |