The Cyber-Physical cloud computing project explores the interaction of ubiquitous computing, cloud computing, robotics, and oceanic science. Its products include a bridging model, motivated by the von Neumann model, but for ubiquitous computing, a new virtualization called the virtual vehicle motivated by the virtual machine, UAV operations for ship detection, coastal front imaging, and oil spill monitoring.
Lt-Col. José Morgado, PhD
Lieutenant-Colonel at the Portuguese Air Force
Director of the Research Center of the Portuguese Air Force Academy (CIAFA).
João Borges Sousa
Underwater Systems and Technology Laboratory
School of Engineering of Porto University.
Cyber Physical Networked Systems, Networked Embedded Systems.
Spatial Queueing Theory.
Computer Networks, Wireless and Mobile Communications
Robotics, Intelligent Transportation Systems, Vehicle Safety, Vehicular Communication and Networking
Foina, A., Sengupta, R., Lerchi, P., Liu, Z., and Krainer, C. "Drones in Smart Cities: Overcoming Barriers through Air Traffic Control Research", RED-UAS 2015.[pdf]
Huang, J., Kirsch, C., and Sengupta, R. "Cloud Computing in Space", accepted at JOC 2015.[pdf]
Huang, J. and Sengupta, R. "System Time Distribution of Dynamic Traveling Repairman Problem under the PART-n-TSP Policy", ECC 2015.[pdf]
Foina, A., Krainer, C., and Sengupta, R. "An Unmanned Aerial Traffic Management Solution for Cities Using an Air Parcel Model", ICUAS 2015 .[pdf]
Pereira, E., Krainer, C., Silva, P., Kirsch, C., and Sengupta, R. "A Runtime System For Logical-Space Programming", CPSWeek'15.[pdf]
Sevegnani, M. and Pereira, E., "Towards a bigraphical encoding of actors", MeMo 2014.[pdf]
Krainer, C. and Kirsch, C. "Cyber-Physical Cloud Computing Implemented as PaaS", CyPhy'14.[pdf]
Pereira, E., Silva, P., Krainer, C., Kirsch, C., Morgado, J., and Sengupta, R. "A Networked Robotic System and its Use in an Oil Spill Monitoring Exercise", ESWeek'13.[pdf]