Logical Mechanism for Allocating Resources to Exploitation and Exploration to Achieve Ambidexterity: Team Level Analysis. - Kun Chang Lee; Do Young Choi (FGIT, 2010)

A Bayesian Network-Based Management of Individual Creativity: Emphasis on Sensitivity Analysis with TAN. - Kun Chang Lee; Do Young Choi (ACIIDS (2), 2011)

The Structure of Individual Creativity Revelation Processes with Task Characteristics and Social Characteristics: An Empirical Analysis Based on IT-Services Participants. - Do Young Choi; Min Hee Hahn; Kun Chang Lee (FGIT-UNESST, 2011)

Effects of Social and Emotional Intelligence on the Creative Process and Individual Creativity. - Min Hee Hahn; Do Young Choi; Kun Chang Lee (FGIT-UNESST, 2011)

A Comparison of Buying Decision Patterns by Product Involvement: An Eye-Tracking Approach. - Do Young Choi; Min Hee Hahn; Kun Chang Lee (ACIIDS (3), 2012)

Characteristics of Decision-Making for Different Levels of Product Involvement Depending on the Degree of Trust Transfer: A Comparison of Cognitive Decision-Making Criteria and Physiological Responses. - Min Hee Hahn; Do Young Choi; Kun Chang Lee (ACIIDS (3), 2012)

The Effect of Individual Psychological Characteristics on Creativity Revelation: Emphasis with Psychological Empowerment and Intrinsic Motivation. - Do Young Choi; Kun Chang Lee; Seong Wook Chae (Brain Informatics, 2012)

An analysis of shared leadership, diversity, and team creativity in an e-learning environment. - Dae Sung Lee 001; Kun Chang Lee; Young Wook Seo; Do Young Choi (Comput. Hum. Behav., 2015)

Dynamic resource allocation for exploitation and exploration with ambidexterity: Logical mechanism and simulations. - Do Young Choi; Kun Chang Lee (Comput. Hum. Behav., 2015)

Flexible Embedded AI System with High-speed Neuromorphic Controller. - Young Hyun Yoon; Su-Yeon Jang; Do Young Choi; Seung Eun Lee (ISOCC, 2019)

Energy Efficient and Low-Cost Server Architecture for Hadoop Storage Appliance. - Do Young Choi; Jung-Hwan Oh 002; Ji Kwang Kim; Seung Eun Lee (KSII Trans. Internet Inf. Syst., 2020)