ScholarWorks@Korea University: Jo, Min ho

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Jo, Min ho (조민호)

Department of Computer and Information Science

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Tel 044-860-1348
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Keyword

security:8||Internet of Things (IoT):7||Authentication:6||energy efficiency:6||Security:4||Energy efficiency:4||wireless sensor networks (WSNs):4||key management:3||blockchain:2||wireless energy harvesting:2||Servers:2||Massive MIMO:2||Blockchain:2||Internet of Things:2||wireless sensor networks:2||optimization:2||Cloud:2||multicell:2||wireless power transfer:2||IoT:1||Credential privacy:1||CKadversary model:1||offloading:1||service discovery:1||resource offloading:1||multiple primary users:1||Chaotic maps:1||s attack:1||power control:1||energy harvest:1||Big data:1||statistical reciprocity:1||signal energy:1||resource optimization:1||rateless codes:1||Clustering:1||snapshotbased timestamp:1||ubiquitous computing:1||stream control transmission protocol:1||prediction of tag detection rate (detectability):1||Smart grids:1||Devicetodevice communication:1||Resource management:1||Array signal processing:1||Information processing:1||key agreement:1||Cloud computing:1||security and privacy:1||Automated validation of Internet security protocols and applications (AVISPAs):1||fog:1||multiple relay selection:1||ProVerif 1.93:1||Bergamo et al.&apos:1||selforganizing map:1||Wireless heterogeneous networks:1||fairness:1||Offloading:1||Adhoc relay node:1||ciphertextpolicy attributebased encryption:1||constantsize ciphertext:1||mobile cloud computing:1||virtual server:1||physical server:1||massive multiple input multiple output technology:1||MIMO communication:1||timefrequency analysis:1||mutual coupling:1||5G networks:1||target tracking:1||Data confidentiality:1||LongTerm Evolution (LTE):1||decision region:1||transport protocol:1||video signal transmission:1||wireless sensor network:1||cheater punishment:1||IEEE 802.11e:1||HMIPv6 network:1||Load balance:1||video multicast:1||Converged VoIP network:1||Cryptanalysis:1||Markovian chain:1||multiantenna:1||support vector machine (SVM):1||authentication:1||joint antenna selection and power allocation:1||Wireless networks:1||Access control and key management:1||stochastic geometry:1||WBANs:1||licensedassisted access (LAA):1||Biometrics:1||BurrowsAbadiNeedham (BAN) logic:1||generic Internet of Things (IoT) network:1||Coverage planning:1||unsupervised learning:1||WPCN:1||hypervisor failure prediction:1||antenna:1||wireless channels:1||cognitive radio:1||data analytics:1||quality of experience (QoE):1||Kalman filter:1||network selection:1||Energy efficient medium Access control protocol:1||Energy exhausting attacks:1||Wireless Body Area Networks:1||video transmission:1||multiuser diversity:1||loglikelihood ratio:1||Femtocell:1||contextawareness:1||partially reliable multicast:1||RFID:1||Green computing:1||Special issues and sections:1||6G mobile communication:1||Optimization:1||smart farming:1||vehicular network:1||crowdsourcing:1||network:1||RSAbased cryptography:1||hypervisor clustering:1||shortrange areas:1||timefrequency block:1||irregular antenna array:1||quasiquadrature modulation method:1||interference management:1||block error rate:1||Kernel function:1||Wireless adhoc networks:1||Regular Tiling (RT):1||MDS:1||Rangefree:1||wireless mesh network:1||event detection:1||Data aggregation:1||mobile agent (MA):1||routing attacks:1||Key management:1||Tools:1||smart grids:1||Cellular networks:1||Agriculture:1||Computational modeling:1||carriersense multiple access with collision avoidance (CSMA/CA):1||service deployment:1||multiple secondary users:1||automated validation of Internet security protocols and applications (AVISPAs) simulation:1||hierarchical IoT network (HIoTN):1||channel feedback:1||energy harvesting:1||Internet of spectrum devices (IoSD):1||power efficiency:1||clone detection:1||Localization:1||polynomial predistribution:1||transmission opportunity:1||scalable multicast:1||Ubiquitous computing:1||Cryptography:1||intrusion detection:1||lightweight:1||Informatics:1||automated validation of Internet security protocols and applications (AVISPA):1||Transceivers:1||InternetofThings:1||Industrial ehealth systems:1||Cognitive relay networks:1||massive sensed data:1||recovery of missing sensor data:1||user authentication:1||uplink transmission:1||Mobile edge computing (MEC):1||Recovery schemes:1||Mobile devices:1||cloud computing:1||hardware impairment:1||system capacity:1||wireless communication system:1||antenna arrays:1||lateration:1||Channel allocation:1||Largescale antenna system:1||cochannel interference:1||outage probability:1||cooperative transmission:1||Selective demodulation:1||Signaltointerference ratio:1||Flooding scheme:1||Cheater detection:1||SVM:1||Intelligent mobile radiofrequency identification (RFID):1||tag detection influence factors:1||surveillance sensor deployment:1||hybrid steadystate genetic algorithm:1||Protocols:1||Anonymity:1||QBSA:1||Logic gates:1||LTE/WiFi:1||Internet of Intelligent Things (IoIT):1||Mutual authentication:1||User anonymity:1||heterogeneous network:1||instantaneous reciprocity:1||base station:1||Cooperative:1||estimation:1||5G heterogeneous networks:1||Wireless body area networks:1||Clone attack:1||replica attack:1||EnergyEfficient:1||WSN:1||peertopeer multicast:1||key predistribution:1||context inconsistency:1||malicious station:1||Binding update cost:1||SIP:1||intelligent prediction of tag detection:1||influencing factor:1||physical layer security:1||Sustainable development:1||Selforganizing networks:1||Convex optimization:1||Accidents:1||Blockchains:1||intelligent transportation system (ITS):1||device access control:1||mobile edge computing (MEC):1||probabilistic matrix factorization (PMF):1||chaotic map:1||TMIS:1||massive data:1||Fog computing:1||constantsize secret key:1||channel state information acquisition:1||achievable rate:1||Encryption:1||Unambiguous language:1||network security:1||MAP selection:1||Packet delivery cost:1||Overlay multicast:1||cellular network:1||key predistribution:1||Smart meters:1||cotime cofrequency full duplex:1||D2D communication:1||

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