ScholarWorks@Korea University: Kim, Jong Kook

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Kim, Jong Kook (김종국)

College of Engineering

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Tel 02-3290-4823
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FinFET:5||CMOS:4||germanium:3||Task analysis:3||Variation:2||interlayer:2||Feature extraction:2||Computational modeling:2||Information retrieval:1||Realtime systems:1||Titanium Nitride:1||dynamic control:1||MANET:1||Metalinterlayersemiconductor:1||contact resistance:1||IEEE 802.15.3c:1||fast link setup:1||service differentiation:1||CMOS smart sensor:1||block interleaving:1||Assured Service:1||polar coordinates:1||Flash memory:1||DiffServ:1||ad hoc:1||Sampling methods:1||Artificial intelligence (AI):1||Parallel processing:1||Memory management:1||Social networking service:1||Semantics:1||Dynamic resource allocation:1||workfunction:1||distributed compiler:1||Frequencytodigital converter:1||SONOS:1||distributed heterogeneous computing:1||resource allocation:1||task scheduling:1||shipboard computing:1||ILP:1||TLP:1||MLEP:1||Indexes:1||pointwise MLP:1||Deep neural networks:1||Hashtag:1||Scheduling algorithms:1||energyaware scheduling:1||frequency scaling:1||maximum likelihood detection:1||remote linking:1||MBOFDM:1||Mobile IP:1||task priorities and deadlines:1||layered architecture:1||Image synthesis:1||batch size:1||Task scheduling:1||Specific Contact Resistivity:1||zinc oxide:1||Random dopant fluctuation:1||TCP congestion control:1||Mixed Radix System (MRS):1||dynamic resource allocation/management:1||genetic algorithm:1||sampling methods:1||generative adversarial networks (GANs):1||Lyapunov optimization:1||realtime scheduling:1||dynamic voltage:1||multicore baseband:1||random dopant fluctuation (RDF):1||Distributed mobile computing:1||QRMMLD:1||MOSFET:1||Temperature sensor:1||Highk dielectrics:1||Marker:1||energyaware computing:1||Artificial neural networks:1||CAPTCHA:1||Generative adversarial network (GAN):1||Program processors:1||Scheduling:1||chip multicore processor (CMP):1||Poweraware:1||IEEE 802.11:1||home network:1||Ring oscillator:1||Array processor:1||RIO:1||Aluminum oxide:1||Packet Buffering:1||robustness:1||simulated annealing:1||SMT:1||CMP:1||machine learning:1||3D point cloud:1||Visualization:1||Crossmodal generation:1||Training:1||Load modeling:1||memory usage:1||Security:1||Personal word vector:1||Multicore processing:1||heterogeneous multicore:1||Tantalum Nitride:1||Zinc Oxide:1||threshold voltage variation:1||Dynamic task scheduling:1||specific contact resistivity:1||reconfigurable architecture:1||interfacial layer:1||wireless multimedia sensor networks:1||compiler:1||dynamic voltage scaling:1||heterogeneous distributed computing:1||Generative adversarial networks:1||conditional GANs:1||Graphics processing units:1||minibatch:1||Authentication:1||Personalized meaning:1||Heuristic algorithms:1||Millimeterwave:1||Energyaware:1||tantalum nitride:1||variation:1||MIMO detection:1||source/drain:1||lowpower:1||Temperature compensation:1||Differentiated Services:1||QoS:1||Signal space diversity (SSD):1||Rician fading channels:1||symbol error rates (SER):1||SANOS:1||static mapping:1||Point cloud compression:1||Time complexity:1||Encoding:1||feature representation:1||Image resolution:1||microbatch:1||

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