Theme InstructorDate of the eventPlaceRemarks
AWS-10Application of machine learning to the field of radio wave propagation – Propagation estimation using deep learning starting now –Hiroaki Nakabayashi2021.2.24OnlineAccepti ng New! 
AWS-9Millimeter wave band radio wave propagation measurement and propagation parameter estimation methodKim Min-seok, Kentaro Saito2020.3.9Doshisha University Tokyo Satellite CampusEnd
AWS-85G Channel Model and Its Application to Massive MIMO System EvaluationKojiro Kitao, Kentaro Nishimori2019.9.9Amagasaki Small and Medium Enterprise CenterEnd
AWS-75G Channel Model and Its Application to Massive MIMO System EvaluationKojiro Kitao, Kentaro Nishimori2018.12.12Tokyo Institute of Technology Tamachi Campus Campus Innovation CenterEnd
AWS-6Actual millimeter wave plane antennaHirokawa Jiro2018.2.22Doshisha University, Idagawa Campus "Conscience Hall"End
AWS-5Actual millimeter wave plane antennaJiro Hirokawa2017.9.11Campus Innovation Center, Tamachi Campus, Tokyo Institute of TechnologyEnd
AWS-4Radio wave propagation of fifth-generation mobile communications -Essential understanding of radio wave propagation phenomena-Junichi Takada2016.9.14Campus Innovation Center, Tamachi Campus, Tokyo Institute of TechnologyEnd
AWS-3Multi-probe OTA evaluation of the terminal – OTA that you can also do –Koichi Ogawa2015.6.5Campus Innovation Center, Tamachi Campus, Tokyo Institute of TechnologyEnd
AWS-2The basis of coupled resyming wireless power transmission – approach from electromagnetic fields. What is the difference from electromagnetic induction? –Nobuaki Kikuma, Yutaka Hirayama2014.3.17Station front office rental meeting room (Chuo-ku, Niigata City)End
AWS-1The basis of coupled resyming wireless power transmission – approach from electromagnetic fields. What is the difference from electromagnetic induction? –Nobuaki Kikuma, Yutaka Hirayama2013.11.1At Business Center Tokyo Station Yaesu StreetEnd