Reporter: Bet365 games University of Information Science and Technology Bet365 games Ying
Reporting location:#Tencent Conference:182-358-111
Bet365 games time:10month26Sunday (Wednesday) morning9Points
Bet365 games title: Application of game theory in mobile edge computing
Personal introduction:
Dr. Chen Ying,1990year9Born in March, he is currently an associate professor at Bet365 games University of Information Science and Technology.2017year6Dr. Yue graduated from the Computer Science Department of Tsinghua University，Study abroad for one year in the Department of Electrical and Computer Engineering at the University of Waterloo in Canada during my Ph.D.。Outstanding talents in Bet365 games，Won the Asia Pacific RegionGoogle PhD Fellowship，Google Women Techmakers Scholars ProgramAward,IEEE SmartIoTConference Best Paper Award,IEEE ICWSConference Best Candidate Paper Award，Tsinghua University Outstanding Doctoral Thesis Award，Outstanding graduates from Beijing, etc.。As the first author in domestic Bet365 games journalsChina CommunicationandTsinghua Bet365 games and TechnologyPostedSCITotal number of papers3Articles; In addition, as the first Bet365 games/Corresponding Bet365 games published by Chinese Academy of SciencesBet365 games'sSCIPaper10The remaining articles were published in top journals Bet365 games of Internet of ThingsIEEE IoTJ, top journal in the field of industrial Bet365 gamesIEEE TII, top journal Bet365 games of Internet of VehiclesIEEE TVT, top journal Bet365 games of cloud computingIEEE TCCTop journal Bet365 games of service computingIEEE TSC. Among them, published as the first Bet365 games1ArticleESIHot papers, selectedESI 0.1%; Another first Bet365 games/Posted by the corresponding Bet365 games2ArticleESIHighly cited papers.
Bet365 games Summary:
In the context of mobile edge computing，Mobile users offload tasks to edge base stations for processing，Use the computing power and energy reserve of edge servers to effectively reduce the latency and energy consumption of local devices。This Bet365 games is targeted at scenarios where mobile edge computing resources are limited，Establishing a game model for multi-user scheduling。Issues surrounding the existence of Nash equilibrium in game models，Using game theory，Constructing potential game function，Theoretically prove the existence of Nash equilibrium，And proposed a distributed scheduling algorithm，Finally obtain the balanced scheduling strategy for end users。
