| 2022 | ICIP | Multi-View Feature Boosting Network for Deep Subspace Clustering. | Jinjoo Song, Gang-Joon Yoon, Sangwon Baek, Sang Min Yoon |
| 2017 | ACIIDS | Target Object Tracking-Based 3D Object Reconstruction in a Multiple Camera Environment in Real Time. | Jinjoo Song, Heeryon Cho, Sang Min Yoon |
| 2017 | HSI | Improving sentiment classification through distinct word selection. | Heeryon Cho, Sang Min Yoon |
| 2015 | APCC | Improvement of transmission capacity of visible light access link using Bayesian compressive sensing. | Yong-Yuk Won, Dong Sun Seo, Sang Min Yoon |
| 2013 | ICIP | Optimized hybrid shape descriptor-based 3D ojbect retrieval. | Sang Min Yoon, Gang-Joon Yoon |
| 2012 | ISVC | Illumination Normalization for SIFT Based Finger Vein Authentication. | Hwi-Gang Kim, Eun Jung Lee, Gang-Joon Yoon, Sung-Dae Yang, Eui Chul Lee, Sang Min Yoon |
| 2012 | ISVC | Compressive Matting. | Sang Min Yoon, Gang-Joon Yoon |
| 2012 | MMSys | Graph-based combinations of fragment descriptors for improved 3D Object Retrieval. | Tobias Schreck, Maximilian Scherer, Michael Walter, Benjamin Bustos, Sang Min Yoon, Arjan Kuijper |
| 2011 | ISVC | 3D Model Retrieval Using the Histogram of Orientation of Suggestive Contours. | Sang Min Yoon, Arjan Kuijper |
| 2010 | ICIP | Real-time 3D reconstruction and pose estimation for human motion analysis. | Holger Graf, Sang Min Yoon, Cornelius Malerczyk |
| 2010 | ICPR | Human Action Recognition Using Segmented Skeletal Features. | Sang Min Yoon, Arjan Kuijper |
| 2009 | ICIP | Automatic skeleton extraction and splitting of target objects. | Sang Min Yoon, Holger Graf |
| 2008 | ISVC | Similarity Measure of the Visual Features Using the Constrained Hierarchical Clustering for Content Based Image Retrieval. | Sang Min Yoon, Holger Graf |
| 2004 | Interspeech | Separation of multiple concurrent speeches using audio-visual speaker localization and minimum variance beam-forming. | Changkyu Choi, Donggeon Kong, Hyoung-Ki Lee, Sang Min Yoon |
| 2002 | MVA | Detection of Partially Occluded Face Using Support Vector Machines. | Sang Min Yoon, Seok-Cheol Kee |