An Efficient Video Down Conversion Algorithm Using Modified IDCT Basis Functions. - Myung Jun Kim; Byung Cheol Song; Sung Kyu Jang; Jong Beom Ra (ICIP (2), 1999)

A New VLSI Architecture of a Hierarchical Motion Estimator for Low Bit-Rate Video Coding. - Jae Hun Lee; Sung Deuk Kim; Sung Kyu Jang; Jong Beom Ra (ICIP (2), 1999)

Efficient block-based coding of noise images by combining pre-filtering and DCT. - Sung Deuk Kim; Sung Kyu Jang; Myung Jun Kim; Jong Beom Ra (ISCAS (4), 1999)

Modified IDCT kernel for down-conversion of MPEG-2 compressed video. - Byung Cheol Song; Myung Jun Kim; Sung Kyu Jang; Jong Beom Ra (IEEE Trans. Consumer Electron., 1999)

A Fast Motion Estimation Algorithm for MPEG-4 Shape Coding. - Donghoon Yu; Sung Kyu Jang; Jong Beom Ra (ICIP, 2000)

Efficient temporal error concealment based on motion estimation of enlarged block size. - Sung Kyu Jang; Jong Beom Ra (VCIP, 2002)

Efficient error localization and temporal concealment based on motion estimation of enlarged block. - Sung Kyu Jang; Jong Beom Ra (J. Vis. Commun. Image Represent., 2003)

Fast motion estimation for shape coding in MPEG-4. - Donghoon Yu; Sung Kyu Jang; Jong Beom Ra (IEEE Trans. Circuits Syst. Video Technol., 2003)

Multi-Domain Data Integration for Plasma Diagnostics in Semiconductor Manufacturing Using Tri-CycleGAN. - Minji Kang; Sung Kyu Jang; Jihun Kim; Seongho Kim; Changmin Kim; Hyo-Chang Lee; Wooseok Kang; Min Sup Choi; Hyeongkeun Kim; Hyeong-U. Kim (J. Sens. Actuator Networks, 2024)

Motor PHM on Edge Computing with Anomaly Detection and Fault Severity Estimation through Compressed Data Using PCA and Autoencoder. - Jonghyun Choi; Sung Kyu Jang; Woonhyung Cho; Seokbae Moon; Hyeongkeun Kim (Mach. Learn. Knowl. Extr., 2024)

In-situ and Non-contact Etch Depth Prediction in Plasma Etching via Machine Learning (ANN & BNN) and Digital Image Colorimetry. - Minji Kang; Seongho Kim; Eunseo Go; Donghyeon Paek; Geon Lim; Muyoung Kim; Soyeun Kim; Sung Kyu Jang; Min Sup Choi; Woo Seok Kang; Jaehyun Kim; Jaekwang Kim; et al. (CoRR, 2025)