The mission of WNL is to design innovative wireless communication systems by combining theoretical analysis with experimentation and simulation.
Recent News:
- December 2012: Dr. Onur Altintas from Toyota InfoTechnology Center visited WNL.
- October 2012: Prof. Carlo Fischione from Royal Institute of Technology (KTH) visited WNL.
- October 2012: Sinem Coleri Ergen is giving the keynote talk at INCT 2012.
- September 2012: Yalcin Sadi defended his Master Thesis. Congratulations! Yalcin is going to pursue his Ph.D. at Koc University.
- September 2012: Patent application on the scheduling of wireless sensor nodes in Intra-vehicular Wireless Sensor Networks is filed.
- August 2012: Yalcin Sadi received Best Student Poster Award in ACM Mobicom S3 Workshop.
- August 2012: 2 journal papers on channel modeling and scheduling algorithms for Intra-Vehicular Wireless Sensor Networks are accepted to IEEE Transactions on Vehicular Technology.
- June 2012: Journal paper on fast scheduling for UWB networks is accepted to IEEE Communications Letter.
- June 2012: C. Umit Bas defended his Master Thesis. Umit is going to University of Southern California to pursue his Ph.D. Congratulations!
- June 2012: Huseyin Serhat Tetikol graduated. Serhat is going to Carnegie Mellon University to pursue his Ph.D. Congratulations!
4G and 5G Mobile Communication
We had pioneering research in OFDM/OFDMA technology and continuing our LTE research efforts in channel estimation, resource allocation, single frequency reuse, multicast broadcasting schemes, small cells and milimeter-wave mobile broadband wireless. For more information please click here.
Intra Vehicular Wireless Sensor Networks
We are the first lab in Europe to work on intra-vehicular wireless sensor networks (Marie Curie Reintegration Grant). We are modeling intra-vehicular channel model based on measurements in the commercial vehicles and developing optimal rate-adaptive medium access control protocols satisfying strict reliability, delay and energy efficiency requirements of vehicle control systems.
