Wireless communication systems with emphasis on modern technologies and in particular EMF and wireless communication system measurements, as well as multi-protocol Wireless Sensor Networks

Wireless communication systems with emphasis on modern technologies and in particular EMF and wireless communication system measurements, as well as multi-protocol Wireless Sensor Networks

George Tsoulos has been involved in pioneering European collaborative R&D projects, like RACE TSUNAMI, and ACTS TSUNAMI, SUNBEAM on smart antennas in the 90’s, and more recently, Horizon 2020 BIMERR, Synergies and COREnect, on building energy renovation with wireless sensor networks, open standards wireless IoT for the SYNERGIES Data Space and the European 6G strategy, respectively.
He is director of the Wireless and Mobile Communications Lab (WMCLab) of the Department of Informatics and Telecommunications (http://wmclab.uop.gr). WMCLab offers research excellence and experience in the areas of wireless communication systems, with emphasis on modern technologies and in particular EMF and wireless communication system measurements, as well as multi-protocol Wireless Sensor Networks.
WMCLab’s latest cutting edge existing infrastructure includes:
EMF Observatory for modern wireless communication systems (funded by the national strategic reference framework for the Peloponnese Region): The EMF Observatory studies and measures exposure, control and awareness (a key sustainable development goal from the 6G smart networks and services (6GSNS) Joint Undertaking) from wireless networks, 5G in particular. In this context, a combination of measurements are carried out in different areas of the Peloponnese Region with state of the art equipment that includes: two UAVs (up to 25kg fully equipped with autonomous navigation capabilities), two portable NARDA frequency selective field strength analyzers, two fixed NARDA broadband and frequency selective stations, a PCTEL IBFlex Scanner, a complete wireless network testing suite from Enhancell with eight testmobiles.
OpenHAB IoT Testbed that supports multiple wireless interfaces (z-Wave, ZigBee, WiFi, 4G-LTE, IR) and sensors (e.g. motion, temperature, luminance, humidity, vibration, UV, energy) with the open architecture of the openHAB platform.

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