Chen Sun Email & Phone Number

Local business creation based on R&D results in China.

中国 北京市

2023-present Director, Deputy head of Beijing Laboratory2018-2022 Director, Head of Wireless Network Research Department2015-2018 Senior manager, Head of Wireless Network Research Department2012-2015 ManagerResearch areas:--IEEE, 3GPP standards development, demo development and business creation--Blockchain based dynamic spectrum access, TV white spaces--V2X higher layer protocol--Wireless for AI in training, inference and federated learning aspects--AI… Show more 2023-present Director, Deputy head of Beijing Laboratory2018-2022 Director, Head of Wireless Network Research Department2015-2018 Senior manager, Head of Wireless Network Research Department2012-2015 ManagerResearch areas:--IEEE, 3GPP standards development, demo development and business creation--Blockchain based dynamic spectrum access, TV white spaces--V2X higher layer protocol--Wireless for AI in training, inference and federated learning aspects--AI for wireless such as AI aided beamforming--Integrated sensing and communications--Communication for metaverse applications Show less

Chaoyang Qu, Beijing, China

Beijing, China

Help students develop practical skills in applying academic knowledge into products, expand their professional networks, and prepare them for their future careers during their time in college.

中国 北京市

New business exploration in mobile industryMeeting with customers to indentify custermer's needsCollaborate with related business units towards final business realization

Rapparteur of the following standards.EN 303 143: Reconfigurable Radio Systems (RRS); System architecture for information exchange between different Geo-location Databases (GLDBs) enabling the operation of White Space Devices (WSDs)EN 303 144: Reconfigurable Radio Systems (RRS);Enabling the operation of Cognitive Radio System (CRS) dependent for their use of radio spectrum on information obtained from Geo-location Databases (GLDBs); Parameters and procedures for information… Show more Rapparteur of the following standards.EN 303 143: Reconfigurable Radio Systems (RRS); System architecture for information exchange between different Geo-location Databases (GLDBs) enabling the operation of White Space Devices (WSDs)EN 303 144: Reconfigurable Radio Systems (RRS);Enabling the operation of Cognitive Radio System (CRS) dependent for their use of radio spectrum on information obtained from Geo-location Databases (GLDBs); Parameters and procedures for information exchange between different GLDBs Show less

Yokosuka, Kanagawa, Japan

--ActivitiesDevelop PHY/MAC layer techniques for cognitive radio system in TV white space following the current radio regulations set by the FCC in the US, OFCOM in UK and those in other potential application regions. Develop distributed spectrum sensing system/testbed. Participate in IEEE standardization and Wi-Fi Alliance in cognitive radio.--OutcomesResults have been contributed to international scientific journals as well as the IEEE standardizations. Participate IEEE… Show more --ActivitiesDevelop PHY/MAC layer techniques for cognitive radio system in TV white space following the current radio regulations set by the FCC in the US, OFCOM in UK and those in other potential application regions. Develop distributed spectrum sensing system/testbed. Participate in IEEE standardization and Wi-Fi Alliance in cognitive radio.--OutcomesResults have been contributed to international scientific journals as well as the IEEE standardizations. Participate IEEE 802.11af, 802.19.1 and IEEE 1900.6 standardizations as a voting member of IEEE SCC41 committee, voting member of IEEE 1900.6 working group, the technical editor of the IEEE 1900.6 standard, and currently the chair of the IEEE 1900.6 working group. Serve as company's voting representative in Wifi Alliance Show less

Technical editor of the IEEE 1900.6-2011 standard, Spectrum Sensing Interfaces and Data Structures for Dynamic Spectrum Access and other Advanced Radio Communication Systems

Kyoto, Japan

--ActivitiesDevelop beamforming algorithms for multiple-port parasitic array antennas. Guide a master student working on parasitic array antennas of commercial mobile antennas. Develop cooperative communication schemes for wireless networks.--OutcomesDeveloped beamforming algorithms have been patented in Japan. The master student successfully published one prestigious journal in Japan. The invented cooperative communication scheme is published in IEEE Trans. on Vehicular… Show more --ActivitiesDevelop beamforming algorithms for multiple-port parasitic array antennas. Guide a master student working on parasitic array antennas of commercial mobile antennas. Develop cooperative communication schemes for wireless networks.--OutcomesDeveloped beamforming algorithms have been patented in Japan. The master student successfully published one prestigious journal in Japan. The invented cooperative communication scheme is published in IEEE Trans. on Vehicular Technology. The study has become the theme of a master course in Doshisha University Japan. Show less

Kyoto, Japan

--ActivitiesVerified the adaptive beamforming and direction estimation algorithms for parasitic array antennas that I invented during my Ph.D course. And investigate potential applications of these algorithms on mobile antennas.--OutcomesThe results significantly contribute to the research field of low power consumption smart antennas. Invented algorithms are now utilized in some testbeds of ad hoc network, vehicular-to-vehicular communications. One paper published at IEEE… Show more --ActivitiesVerified the adaptive beamforming and direction estimation algorithms for parasitic array antennas that I invented during my Ph.D course. And investigate potential applications of these algorithms on mobile antennas.--OutcomesThe results significantly contribute to the research field of low power consumption smart antennas. Invented algorithms are now utilized in some testbeds of ad hoc network, vehicular-to-vehicular communications. One paper published at IEEE Trans. on Antennas and Propagation in 2004 has received 29 SCI journal citations. The study has become basis for Ph.D programs at some universities, e.g. University of Surry. Show less