ScholarWorks@Korea University: Kim, Yong Sin

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Kim, Yong Sin (김용신)

College of Engineering

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Tel 02-3290-4834
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digitaltoanalog converter (DAC):2||Switches:1||Burst mode:1||priority control:1||power supply rejection (PSR):1||humanmachine interface:1||environmental conditions:1||photovoltaic (PV) system:1||event driven:1||photovoltaic (PV):1||Simulation:1||multiple echoes:1||onroad projection:1||Energy harvesting:1||Phased arrays:1||hybrid MAC:1||WPT:1||Motion gesture:1||proximity:1||Direct digital frequency synthesizer (DDFS):1||battery powered:1||fractional opencircuit voltage (FOCV):1||IV curve:1||Costs:1||Data acquisition:1||piezoelectric devices:1||Topology:1||Hand:1||navigation:1||Returntozero (RZ):1||Binaryweighted step:1||smart headlamp:1||activematrix:1||maximum power point tracking (MPPT):1||Error correction codes:1||Pulsed LiDAR:1||Vehicle warning:1||Integrated circuits:1||touchless:1||3D:1||Internet of Things:1||integrated:1||phase accumulator:1||root mean square (RMS):1||Performance evaluation:1||Maintenance engineering:1||availability:1||Interference:1||temperature linearity:1||Light emitting diodes:1||emergency event:1||virtual queue:1||negative capacitance:1||maximum power point (MPP):1||abnormality monitoring:1||energy harvesting:1||uncorrectable error (UE):1||Laser radar:1||trimming point:1||low power electronics:1||percent flicker:1||dimmable:1||inductorless:1||digital lowdropout (DLDO) regulator:1||superframe structure:1||Lowdropout (LDO) regulator:1||tristate switching scheme:1||distributed system:1||CMOS current mode logic:1||Servers:1||Reliability engineering:1||memory reliability:1||nonlinear temperature minimization:1||active mirror:1||Thyristors:1||LED:1||TRIAC:1||low quiescent current:1||batteryless IoT:1||TSSWIPT:1||segmented nonlinear DAC:1||polemounted transformer:1||over temperature protection:1||Data centers:1||Correctable error (CE):1||error correction code (ECC):1||serviceability (RAS):1||Avalanche photodiodes:1||Hybrid complementary metaloxidesemiconductor (CMOS) temperature sensor:1||vehicletopedestrian (V2P):1||dynamic pattern:1||the Internet of Things:1||Capacitors:1||Direct AC:1||selfgenerated temporal clock:1||lowpower:1||MQTT:1||photosensor:1||Adaptive frontlighting systems:1||pulse width modulation:1||Memory modules:1||Timing:1||Data mining:1||Event detection:1||multievent detection:1||

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