The Performance Estimation of the Situation Awareness RFID System from Ubiquitous Environment Scenario. - Dongwon Jeong; Heeseo Chae; Hoh Peter In (EUC, 2005)

The Partitioning Methodology in Hardware/Software Co-Design Using Extreme Programming: Evaluation through the Lego Robot Project. - Heeseo Chae; Dong-hyun Lee; Jiyong Park; Hoh Peter In (CIT, 2006)

A Situation Aware Personalization in Ubiquitous Mobile Computing Environments. - Heeseo Chae; Do-Hoon Kim; Dongwon Jeong; Hoh Peter In (EUC Workshops, 2006)

Situation aware RFID system: evaluating abnormal behavior detecting approach. - Heeseo Chae; Taek Lee; Hoh Peter In (SEUS/WCCIA, 2006)

Conflict Resolution Model Based on Weight in Situation Aware Collaboration System. - Heeseo Chae; TaeYon Kim; Dong-hyun Lee; Hoh Peter In (FTDCS, 2007)

Situation-Aware Based Self-adaptive Architecture for Mission Critical Systems. - Sangsoo Kim; Jiyong Park; Heeseo Chae; Hoh Peter In (ICESS, 2007)

A situation-aware cross-platform architecture for ubiquitous game. - JungHyun Han; Dong-hyun Lee; Hyunwoo Kim; Hoh Peter In; Hee-Seo Chae; Young Ik Eom (Comput. Informatics, 2009)

3-Layer fault tolerance strategy in 6×6 hybrid electric vehicle which has independent steering and in-wheel drives. - Heeseo Chae; Jaewon Na; Ji Tae Hong; Dae Ok Lee (Intelligent Vehicles Symposium, 2012)

The IoT based automate landing system of a drone for the round-the-clock surveillance solution. - Heeseo Chae; Junho Park; HoNam Song; YongHwan Kim; HaeWook Jeong (AIM, 2015)

The comparison of the detecting performance between the ground and the aerial visual analytics in the UGV-UAV collaborative system. - Heeseo Chae; Woo Yeol Kim; Ji Tae Hong (AIM, 2016)

The reliable design by the wireless network redundancy for remote control mechanism of the heavy unmanned ground vehicle. - Heeseo Chae; Jae Hyuk Ju; Tae Hyung Kim (AIM, 2017)

The Anti-tampering Process and Case Study by the Operating Mode of Various Unmanned Ground Vehicles. - Heeseo Chae; Chang Seong Lee; Tae Hyoung Kim (AIM, 2018)

The Efficient Distribution Method of Limited Wireless Communication Frequency Resources for the Multi-robot Teaming. - Heeseo Chae; Jae Hyuk Ju; Jae Hyun Park (ICINCO (2), 2019)