ScholarWorks@Dongguk University: Kim, Soo youn

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Kim, Soo youn (김수연)

College of Advanced Convergence Engineering (Division of System Semiconductor)

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Tel 02-2260-3186
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CMOS image sensor:14||edge detection:4||low power consumption:4||computer vision:3||Image sensor:3||ring oscillator:2||Neuron Circuit:2||Image sensors:2||logexponential counter:2||singleslope ADC:2||singleslope analogtodigital converter:2||face detection:2||Lowpower comparator:2||FinFET:2||Current measurement:2||lowpower column counter:2||Pixelsignalbased prediction:2||gamma correction:2||Temperature measurement:2||Positivefeedback bias sampling:2||convolutional neural networks:2||correlated double sampling:2||CMOS technology:2||Dark current:2||double data rate:2||alwayson:2||Silicon:2||dynamic range:2||Fixed photodiode bias:1||Frequency control:1||Generators:1||Heating systems:1||HfInZnO (HIZO):1||High linearity:1||Image edge detection:1||Image resolution:1||Impedance:1||Impedance matching:1||Incomparator Forecasting Technique (IFT):1||Integrated circuit modeling:1||Layout:1||Lighting:1||Linearity:1||Low dark current:1||Metals:1||Mobile industry processor interface:1||NAND gate:1||Nearinfrared image sensor:1||Neural networks:1||Novel Counter:1||Organic lightemitting diode:1||Organic thinfilm photodiode:1||Photodiodes:1||Photogate pixel:1||Power demand:1||Power gating:1||Prediction:1||ProcessInMemory:1||Pseudo Multiple Sampling (PMS):1||Quantization (signal):1||Quantum dot (QD) complementary metaloxide semiconductor (CMOS) image sensor (QDCIS):1||Radiation effects:1||Random Noise:1||Random access memory:1||Replica comparator:1||SRAM readout logic:1||Semiconductor device measurement:1||Signal resolution:1||Singleslope ADC:1||Singleslope analogtodigital converter:1||Spiking Neural Network:1||Spiking Neural Networks:1||Successive approximation analogtodigital converter:1||Switching circuits:1||Symbols:1||Transfer functions:1||Transistors:1||Transmitters:1||Twostep counter:1||Voltage:1||Voltage control:1||Wavelength measurement:1||Wires:1||Xray imaging:1||Xray radiation effect:1||XOR:1||Ydoped zinc oxide:1||Zerocrossing Forecaster:1||Zerocrossing prediction:1||a low power priority encoding technique:1||activated cells:1||adaptivedual gain ADC:1||an addressencoder and resetdecoder(AERD):1||an improved hierarchical asynchronous detector:1||analogtodigital converter (ADC):1||analoguedigital conversion:1||artificial intelligence core:1||binarized neural network:1||chargetransfer:1||circuit:1||columnparallel singleslope ADC:1||configurable ADC:1||correlated multiple sampling:1||device temperature reduction methodology:1||digital signal processing:1||driver:1||dual changesensing flipflop (DCSFF):1||edge detected CMOS image sensor:1||edge mask:1||feedback transconductance currentmode:1||finite state machine:1||fixed pattern noise:1||flipflop:1||flipflop circuit:1||harsh electronics:1||heat sink:1||heatpath design methodology:1||heterojunction:1||hybrid column segmented:1||hybrid singleslope ADC:1||hybrid singleslope column ADC:1||hybrid structure:1||image classification:1||intelligent pattern recognition:1||intelligent surveillance system (ISS):1||internal node transitions:1||internal toggling nodes:1||internal transitions:1||iris recognition:1||logical shift algorithm:1||logicalshift algorithm:1||low dark random noise:1||low noise:1||lowpower CMOS image sensors:1||lowpower electronics:1||metal stacks and holes:1||minimization technique:1||multimode pixel resolution:1||multiplicationandaccumulation:1||nanorod:1||new layout drawing technique:1||nonlinear quantization:1||optical time domain reflectometer (OTDR):1||parasitic capacitance:1||photodiode:1||polyfluorene:1||power consumption:1||powerdelay product:1||row buffer:1||sampling capacitor:1||selfheating effect:1||single ramp generator:1||successive approximation register (SAR):1||thermal model:1||thermal paths:1||thermal resistance:1||thermally awarecompact model:1||thin film transistor (TFT):1||total ionizing dose (TID):1||transimpedance amplifier (TIA):1||twostep counter:1||twostep singleslope ADC:1||twostep singleslope analogtodigital converter:1||ultra low power:1||ultra lowpower system chip:1||ultralow compensation current:1||2T1C DRAM:1||ultrathin FET:1||4input comparator:1||AMOLED displays:1||Adaptive Threshold Value Method (ATVM):1||Analog to digital converter:1||Analogtodigital converter:1||Artificial Intelligence:1||Boosting:1||Boosting predriver:1||CPHY transmitter:1||CMOS Image Sensor(CIS):1||CMOS Image sensor:1||CMOS image sensors:1||Charge transfer:1||Classification:1||Clocks:1||Complementary Metal Oxide Semiconductor (CMOS) image sensor:1||ComputeInMemory:1||Constant charge bias amplifier:1||Convolution:1||Convolutional neural networks:1||Current integrator:1||Differential difference amplifier: Low current sensing:1||Driver circuit:1||Dynamic range:1||Electric potential:1||Face detection:1||Field effect transistors:1||

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