ScholarWorks@Hongik: Lee, Joo heung

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Lee, Joo heung (이주흥)

Science & Technology (Department of Electronic & Electrical Convergence Engineering)

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Zynq SoC:3||FPGA:2||Partial Reconfiguration:2||FPGAs:2||Contrast limited adaptive histogram equalization:2||Entropy:2||Availability:1||CLAHE:1||Cache hierarchy:1||Clahe:1||Deblocking Filter:1||Denoising:1||Dynamic Partial Reconfiguration:1||Dynamic partial reconfiguration:1||Dynamic reconfiguration:1||Edge Detection:1||Edge detection:1||Faulthandling:1||Faulthandling by hardware reconfiguration:1||HW/SW codesign:1||Hardwaresoftware codesign:1||Heterogeneous embedded computing:1||High Level Synthesis:1||High Performance:1||Image enhancement:1||Image processing:1||JPEG:1||JPEG decoder:1||Missioncritical systems:1||Motion estimation:1||Multithreaded system:1||Nonlinear histogram stretching:1||Partial reconfiguration:1||Pratt’s FOM:1||Process variations:1||Quarterpixel motion estimation:1||Reconfigurable computing:1||Reconfigurable hardware accelerator:1||Reconfigurable hardware accelerators:1||Reconfigurable hardware for video compression:1||Reliability:1||Saltandpepper noise:1||Security:1||Semiconductor aging:1||Softthreshold:1||Software Optimization:1||Survivability:1||Survivable Architectures:1||Symmetric Block Cipher:1||Variable block size motion estimation:1||Visual sensor network:1||Water Pipeline Monitoring System:1||Wavelet transform:1||Wireless Sensor Network:1||Zigbee:1||bitstream compression:1||configuration speed:1||diagnosis by comparison:1||dynamic partial reconfiguration:1||error surface:1||fault handling:1||fault tolerance:1||fieldprogrammable gate array:1||hardware ondemand:1||image denoising:1||motion estimation:1||motion vector:1||partial reconfiguration:1||partial reconfiguration (PR):1||reconfigurable computing:1||reconfigurable slack:1||runtime faults:1||selfhealing:1||spintransfer torque random access memory (STTRAM):1||subblock:1||survivability:1||video coding:1||2D IDCT:1||write amount:1||64Bit Platform:1||ARIA:1||Adaptive search range:1||Autonomous operation:1||Autonomous recovery:1||

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