ScholarWorks@Soongsil University: CHUNG, YUN WON

Detailed Information

CHUNG, YUN WON (정윤원)

College of Information Technology (Department of IT Convergence)

Research Area

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

delay tolerant network:20||performance analysis:9||PRoPHET:8||paging:6||routing protocol:6||wait:5||delivery predictability:5||spray &:5||mobility management:4||energy consumption:4||femtocell:3||delivery ratio:3||Delay tolerant network:3||energy:3||location registration:3||multipath routing:2||Multipath routing:2||Informationcentric networking:2||group:2||Wireless mesh network:2||transportation system:2||heterogeneous network:2||informationcentric networking:2||무선 메쉬 네트워크:2||Wireless mesh networks:2||overhead ratio:2||Opportunistic routing protocol:2||다중 경로 라우팅:2||delivery latency:2||location management:2||power consumption:2||quality of service:2||Residual bandwidth:2||Delivery predictability:2||residual bandwidth:2||Routing protocol:2||Spray &:2||routing:2||energy saving:2||IEEE 802.16e:2||epidemic:2||sleep mode:2||Power saving:1||Routing:1||Tactical mobility testbed:1||UAV:1||Wait protocol:1||Wait 프로토콜:1||and active researches have been conducted. This paper proposes anenhanced hopbyhop:1||average distance:1||average time:1||big data:1||cellular system:1||contact history:1||contact period:1||context information:1||dalay tolerant network:1||data mule:1||delay tolerant networking:1||delay tolerant networks:1||delaytolerant networking:1||delaytolerant networks:1||dual mode mobile station:1||duplication count:1||duty cycling:1||energy conservation:1||energyefficient mobility management:1||forwarding:1||general packet radio service:1||green cellular network:1||grid cell:1||handover:1||influencer analysis:1||information centric network:1||infrastructure:1||integrated WLAN/cellular networks:1||intermittently connected networks:1||location register (LR):1||location update:1||message delivery count:1||message discarding:1||message transmission/reception counter:1||mobile ad hoc network:1||mobile communication networks:1||mobile station state management:1||modeling and analysis:1||movement range:1||movementbased:1||multihop handover:1||multihop radio access network:1||network:1||node density:1||node history:1||opportunistic contact:1||opportunistic routing:1||opportunistic routing protocol:1||packetswitched services:1||particle swarm optimization:1||particle swarm optimization (PSO):1||personal communication service (PCS):1||popularity:1||power ON/OFFstate management:1||priority:1||queueing policy:1||radio frequency identification (RFID):1||radio interface:1||residual buffer storage:1||residual power:1||restriction of message duplication:1||semiMarkov approach:1||sensor network:1||separated data and control planes:1||separated network:1||seq2seq LSTM:1||signaling load:1||small cell:1||social network crawling:1||social network service:1||spray and wait:1||steady state analysis:1||steady state probability:1||storecarryforward:1||wireless sensor networks:1||잉여 대역폭:1||잉여 대역폭Wireless mesh network has been considered as one of key technologies in 4G mobile communicationnetwork aiming ubiquitous communication:1||접촉 시간:1||.:1||지연 허용 네트워크:1||5G networks:1||BPSO:1||BS:1||Caching:1||Computation offloading:1||Contact duration:1||Contact information:1||Context:1||DMM:1||DTN:1||Database:1||Delay tolerant network (DTN):1||Delay tolerant networks:1||Delaytolerant networking:1||Delivery probability:1||Energy:1||Energy conservation:1||Energy consumption:1||Femto base station:1||Group mobility:1||HIP:1||Hybrid routing protocol:1||Location management:1||Location registration:1||MSS:1||Mobile IP:1||Mobile ad hoc network (MANET):1||Mobile cloud computing:1||Multiinterface:1||Multiradio access network:1||Multiradio power management:1||Node type:1||ONE simulator:1||Opportunistic delay tolerant networks:1||Opportunistic protocol:1||Overhead:1||Overload control:1||PMIPv6:1||PRoPHET protocol:1||Paging:1||Power consumption:1||

STATISTICS: Total View :7,896,717; Today View :2,177

RSS_1.0 RSS_2.0 ATOM_1.0

Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE