Prof.Dr. Elif Uysal-Biyikoglu
Electrical and Electronics Engineering Department, METU, Ankara, Turkey
Phone: +90 (312) 210 2318 Fax: +90 (312) 210 2304
E-mail: uelif AT metu DOT edu DOT tr
Recent Presentations of Research Results:
· “Minimizing the Age of Information under Energy Harvesting Constraints” at the ITA Workshop at UCSD (February 2-5 2015)
· Invited Talk on Energy Harvesting Networks at The Ohio State University (October 2014)
· “Access Point on the Move” presented at the Allerton Conference (Monticello, Illinois, September 2014)
· “UROP” and “Expected Threshold” algorithms presented at the International Symposium on Information Theory (Honolulu, HI, 1-5 July 2014).
· E-CROPS special session at the European Wireless Conference (Barcelona, Spain, 14 May 2014)
· Progress on our project E-CROPS was announced at the Chist-ERA Workshop 2014 in Istanbul on March 5. E-CROPS, which aims to develop theoretical principles for and real-life demonstration of energy harvesting networks, ranked 1 among all 18 collaborative projects submitted to the Green Communication call in 2011.
Communication Networks, Wireless Networks, Energy Harvesting Communication Networks, Energy Efficient Transmission and Scheduling.
Wireless Networking research objectives: Developing novel algorithms and techniques for efficient communication over multi-hop wireless networks. We are specifically interested in energy-efficient communication and networking.
General research perspective : Classical communication theory does not address random arrivals of finite-length data. Moreover, when multiple independent data streams (belonging to multiple uses, for example) need to be served on a shared medium, such as the multiple-antenna downlink, one obtains a multiprocessor queueing system of a new kind. We try to combine tools from communication, networking, and information theories toward novel problem formulations and theoretical advances to optimize multiuser communication with random data arrival processes.
Current project :
E-CROPS--- Energy Harvesting Communication Networks: Optimization and Demonstration, ERA-NET 2012-2015
Completed projects :
1. Principles and Experimental Implementation toward Energy-Efficient Design of Wireless Networks, TUBITAK grant, 2011-2014.
2. Novel Transmission Techniques for Energy Harvesting Communication Systems, Funded by Turk Telekom, 2012-2013
3. MIMO Networking: From Principles to Protocols. (Funded by NSF, under the Computing and Communications Foundations Program, 2006-2010.) A motivating outcome was getting low-complexity scheduling algorithms as the number of users of the MIMO link grows large. This technique relies on the existence of near-multually orthogonal sets, or “NEMO”, described in this paper.
4. Minimum Energy High Performance Wireless Communication Network Design: Inter-layer Optimization and Algorithms. (Funded by a TUBITAK "Kariyer" Award, 2007-2010.)
One of the outcomes was a wireless sensor network testbed (here are some pictures) with MICAz motes equipped with magnetic sensors.
5. 5. Narrowband Wireless Ad-hoc Network Design. (Funded by ASELSAN 2009-2010)
6. Design of a novel highly reliable and scalable wireless ad-hoc network protocol suite.
7. Energy Efficient Wireless Mobile Networking Technologies to Enable Smart Infrastructures, IBM Faculty Award, 2010.
EEE STAR program (program for Undergraduate Research Interns at METU EE) has been launched for Spring 2014! More than 50 undergraduate students have been recruited for various projects.
STAR Award Ceremony event is on June 10. All students, staff and faculty are invited.
Graduate courses at METU:
EE531: Applied Probability: All first year graduate students in communication and networks are strongly recommended to take this course, which emphasizes useful models and results related to discrete stochastic processes that we use often in research.
EE637: Digital Radio Communication.
EE590: Graduate Seminar (a course about delivering effective technical presentations.)
Undergraduate courses at METU:
EE301: Signals and Systems
EE230 Probability and Random Variables: Probability is a very elegant mathematical theory, fun to learn, and useful in almost every area of specialization.
EE201 Circuit Theory I: This is a solid introduction to the basics of EE, especially system theory.
EE202 Circuit Theory II: Continuation of EE201, with some emphasis on electric power.
Courses at the Ohio State University:
ECE701: Communication Networks ECE894U: Queueing and
Scheduling with Communication Applications
ECE804: Random Signal Analysis
Courses at MIT:
6.041/6.431: Applied Probability 6.262: Discrete Stochastic Proceses
Previous Academic Positions:
Adjunct Assistant Professor, Electrical and Computer Engineering, OSU (The Ohio State University, USA) 2007-2009
Assistant Professor, Electrical and Computer Engineering, OSU (The Ohio State University, USA) 2005-2007
Postdoctoral Lecturer, Electrical Engineering and Computer Science, MIT (Massachusetts Institute of Technology, USA) 2003-2005
Stanford Graduate Fellow, Information Systems Lab. (Stanford University, California, USA) 1999-2003
Vinton Hayes Fellow and Research Assistant, LIDS, MIT. 1997-1999
Ph.D. in Electrical Engineering Stanford University (June
S.M. in Electrical Engineering and Computer Science Massachusetts Institute of Technology (May 1999)
B.S. in Electrical and Electronics Engineering Orta Dogu Teknik Universitesi (ODTU) (June 1997)
Selected awards and distinctions:
Science Academy Young Scientist Prize Scholarship, 2014
IBM Faculty Award, 2010
MIT Vinton Hayes Fellowship (Massachusetts Institute of Technology) 1997.
Ranked 1, Ph.D. Qualification Examination of the Electrical Engineering Department at Stanford University, among 144 candidates (1999.)
Stanford Graduate Fellow (1999-2003.)
Ranked 1 nationally in the University Entrance Examination (OYS) in Turkey (1993.)
Graduated with Rank 1 from METU in 1997.
Graduated with Rank 1 from TED Ankara Koleji ('93)
Research grant history:
E-CROPS--- Energy Harvesting Communication Networks: Optimization and Demonstration (collaboration with Imperial College, UK, and Eurecom, France) Local Principal Investigator November 2012-November 2015
Novel Transmission Techniques for Energy Harvesting Communication Systems , Funded by Turk Telekom, 2011-2013. Principal Investigator
Principles and Experimental Implementation toward Energy-Efficient Design of Wireless Networks, TUBITAK grant, 2011-2014. Principal Investigator
Energy Efficient Wireless Mobile Networking Technologies to Enable Smart Infrastructures, IBM Faculty Award, 2010. Principal Investigator.
Narrowband Ad-hoc Wireless Network Protocol Design, funded by ASELSAN, 2009-2010.
Minimum Energy High Performance Wireless Communication Network Design: Inter-layer Optimization and Algorithms, funded by the TUBITAK Kariyer program, 2006-2010, Principal Investigator.
Wireless Automation of a Paintshop Control System, funded by Honda of America Manufacturing 2005-2006. Principal Investigator)
MIMO Networking: From Principles to Protocols: funded by NSF (U.S. National Science Foundation) foundations of communication program, 2006-2010 (Co-Principal Investigator, jointly with Professor Gregory Wornell of MIT)