As the migration of wireless communication network from one generation to another continue, radio wave propagation model or path loss model plays a very significant role in achieving an optimum performance as well as suitability over different locations of interest. In this research, investigation of radio communication channel behavior based on practical measurement in the L-band frequency in ...

Abstract Extreme-high-speed communication exceeding 100 Gbps is one requirement for 6G. To satisfy extreme-high-speed-communication, solution to utilize terahertz bands above GHz. determine the new radio-interface technologies and service frequency 6G, propagation characteristics GHz need be understood. In this paper, we introduce our radio-network topology 6G then show dependency of key phenom...

Realistic spatial channel models are essential for development of future wideband mobile communication systems, particularly when adaptive antennas at the base stations are considered. Channel models are prerequisite for the performance evaluation of different adaptive antenna solutions and estimation of the obtained capacity gain. Realistic models require channel measurements to prove their as...

This paper presents some results of a study concerning the radio propagation at 60 GHz in residential environments performed by the IETR (Electronic and Telecommunication Institute of Rennes, France). This study is part of a RNRT1 project named "COMMINDOR"2. This exploratory project concerns the very high data rate (155 Mbps) and small range (about 10 m) radio communication systems for future h...