Biography
Dr Oktay Cetinkaya (Senior Member, IEEE) is a Senior Research Associate at the Department of Engineering Science, working as a Synthesis Fellow of the PETRAS National Centre of Excellence for IoT Systems Cybersecurity.
Before joining Oxford e-Research Centre in April 2022 to synthesise the diverse elements of the PETRAS research base, he was a Research Associate in Wireless Network Performance at The University of Sheffield and a Research Fellow in Networked Embedded Systems at the University of Southampton for two years each. Dr Cetinkaya received his PhD in Electrical and Electronics Engineering from KoƧ University, Turkey, in January 2018. He has a double major in Electrical Engineering (1st in the Department, 2nd in the Faculty -H. Hons) & Electronics and Communication Engineering (H. Hons), awarded by Yildiz Technical University, Turkey, in June 2013 and February 2014, respectively.
His research interests include energy harvesting, wireless power transfer, drone networking, and the Internet of Things (IoT), on which he has co-authored more than 40 peer-reviewed publications in highly-respected journals, conference proceedings, and book series.
Most Recent Publications
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach
Research Interests
- Internet of Things
- Energy Harvesting
- Wireless Power Transfer
- Sensor Networks
- Unmanned Aerial Vehicles
Related Academics
Most Recent Publications
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach
Most Recent Publications
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
Estimation and Detection for Molecular MIMO Communications in the Internet of Bio-Nano Things
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
A TEG-based non-intrusive ultrasonic system for autonomous water flow rate measurement
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach
Non-intrusive Water Flow Rate Measurement: A TEG-powered Ultrasonic Sensing Approach