Yannis Viniotis
Biography
Dr. Viniotis' current research interests are in the areas of service engineering, design of high speed networks (with special emphasis on Quality of Service, transport protocols, ASIC implementations) and network algorithm analysis. In 1992 and 1993, Dr. Viniotis chaired two international conferences on networking. In 1995 he was a guest editor for the Performance Evaluation Journal's special issue on high speed networks. In 1997, he authored a textbook on probability theory and random processes. In 1998, Dr. Viniotis co-founded Orologic, a successful startup company in RTP; Orologic was acquired by Vitesse Semiconductor Corporation in March 2000. While at Orologic, Dr. Viniotis has designed two chips for Quality of Service in IP and ATM networks, the first such chips that operate at 2.4 Gbps. In 2004, he authored a textbook on mathematical principles for electrical and computer engineers.
Education
-
Ph.D.
1998
Electrical Engineering
University of Maryland, College Park -
Master's
1985
Electrical Engineering
University of Maryland, College Park -
Bachelor's
1981
Electrical Engineering
University of Patras, Greece
Research Focus
Awards & Honors
- 2009 - Best Paper Award, ICSOFT 2009 Conference
- 1995, 1991, 1990, 1989 - Outstanding Instructor Award, National Technological University
- 1992 - Best Paper Award, The Institute of Management Sciences Southeastern Chapter Student Competition
- 1985 - George Corcoran Graduate Assistant Award, University of Maryland
Recent Publications
- Clearer than Mud: Extending Manufacturer Usage Description (MUD) for Securing IoT Systems (2019)
- Mobility As an Alternative Communication Channel: A Survey (2019)
- Optimal Server Assignment in Multi-Server Queueing Systems with Random Connectivities (2019)
- Joint Virtual Machine Placement and Path Selection in a Virtualized Datacenter Environment (2018)
- Centrally controlled mass data offloading using vehicular traffic (2017)
- An SLA-based resource allocation for IoT applications in cloud environments (2016)
- Resource allocation for IoT applications in cloud environments (2016)
- Virtualizing vehicular node resources: Feasibility study of virtual machine migration (2016)
- Analysis and control of beliefs in social networks (2014)
- A Generalized markov graph model: Application to social network analysis (2013)