Univector Field Method based Multi-Agent Navigation for Pursuit Problem. - Hoang Huu Viet; Sang Hyeok An; TaeChoong Chung (Int. J. Fuzzy Log. Intell. Syst., 2012)

BA*: an online complete coverage algorithm for cleaning robots. - Hoang Huu Viet; Viet-Hung Dang; Md Nasir Uddin Laskar; TaeChoong Chung (Appl. Intell., 2013)

Dyna-Q-based vector direction for path planning problem of autonomous mobile robots in unknown environments. - Hoang Huu Viet; Sang Hyeok An; TaeChoong Chung (Adv. Robotics, 2013)

BoB: an online coverage approach for multi-robot systems. - Hoang Huu Viet; Viet-Hung Dang; Seung Yoon Choi; TaeChoong Chung (Appl. Intell., 2015)

Batch-Theta* for path planning to the best goal in a goal set. - Viet-Hung Dang; Nguyen Duc Thang; Hoang Huu Viet; Le Anh Tuan 002 (Adv. Robotics, 2015)

Offsetting obstacles of any shape for robot motion planning. - Md Nasir Uddin Laskar; Hoang Huu Viet; Seung Yoon Choi; Ishtiaq Ahmed; Sungyoung Lee 002; TaeChoong Chung (Robotica, 2015)

A Bidirectional Local Search for the Stable Marriage Problem. - Hoang Huu Viet; Le Hong Trang; SeungGwan Lee; TaeChoong Chung (ACOMP, 2016)

Finding "optimal" stable marriages with ties via local search. - Le Hong Trang; Hoang Huu Viet; TaeChoong Chung (KSE, 2016)

An Empirical Local Search for the Stable Marriage Problem. - Hoang Huu Viet; Le Hong Trang; SeungGwan Lee; TaeChoong Chung (PRICAI, 2016)

B-Theta*: an Efficient Online Coverage Algorithm for Autonomous Cleaning Robots. - Seung Yoon Choi; SeungGwan Lee; Hoang Huu Viet; TaeChoong Chung (J. Intell. Robotic Syst., 2017)

Finding MAX-SMTI for Stable Marriage with Ties and Bounded Preference Lists. - Le Hong Trang; Nguyen Thuy Hoa; Tran Van Hoai; Hoang Huu Viet (ACOMP, 2019)

A Searching for Strongly Egalitarian and Sex-Equal Stable Matchings. - Le Hong Trang; Hoang Huu Viet; Tran Van Hoai; Tran Xuan Hao (IMCOM, 2019)

A Max-Min Conflict Algorithm for the Stable Marriage Problem. - Hoang Huu Viet; Nguyen Thi Uyen; Pham Tra My; Son Thanh Cao; Le Hong Trang (PKAW, 2019)

Finding Maximum Stable Matchings for the Student-Project Allocation Problem with Preferences Over Projects. - Hoang Huu Viet; Le Van Tan; Son Thanh Cao (FDSE (CCIS Volume), 2020)

A min-conflicts algorithm for maximum stable matchings of the hospitals/residents problem with ties. - Nguyen Thi Uyen; Long Giang Nguyen; Truong-Thang Nguyen; Hoang Huu Viet (RIVF, 2020)

Improving Path Planning Methods in 2D Grid Maps. - Viet-Hung Dang; Hoang Huu Viet; Nguyen Duc Thang; Ngo Anh Vien; Le Anh Tuan 002 (J. Comput., 2020)

A shortlist-based bidirectional local search for the stable marriage problem. - Hoang Huu Viet; Le Hong Trang; Le Pham Tuyen 001; TaeChoong Chung (J. Exp. Theor. Artif. Intell., 2020)

A max-conflicts based heuristic search for the stable marriage problem with ties and incomplete lists. - Hoang Huu Viet; Nguyen Thi Uyen; SeungGwan Lee; TaeChoong Chung; Le Hong Trang (J. Heuristics, 2021)

A Heuristic Repair Algorithm for the Maximum Stable Marriage Problem with Ties and Incomplete Lists. - Hoang Huu Viet; Nguyen Thi Uyen; Son Thanh Cao; TaeChoong Chung (AI, 2022)

A Heuristic Algorithm for Student-Project Allocation Problem. - Nguyen Thi Uyen; Giang L. Nguyen; Canh V. Pham; Tran Xuan Sang; Hoang Huu Viet (CSoNet, 2022)

A Heuristic Repair Algorithm for the Hospitals/Residents Problem with Ties. - Son Thanh Cao; Le Quoc Anh; Hoang Huu Viet (ICAISC (1), 2022)

Filtered-x Set Membership Algorithm With Time-Varying Error Bound for Nonlinear Active Noise Control. - Dinh Cong Le; Hoang Huu Viet (IEEE Access, 2022)

An Improved Fuzzy Support Vector Machine Algorithm for Highly Imbalanced Datasets in the Co-Authorship Recommendation Problem. - Vo Duc Quang; Hoang Huu Viet; Nguyen Hai Yen; Tran Dinh Khang (ACOMPA, 2023)

Finding Maximum Weakly Stable Matchings for Hospitals/Residents with Ties Problem via Heuristic Search. - Son Thanh Cao; Le Van Thanh; Hoang Huu Viet (AI (1), 2023)

An Improved AdaBoost Algorithm for Highly Imbalanced Datasets in the Co-Authorship Recommendation Problem. - Vo Duc Quang; Hoang Huu Viet; Vu Hoang Long; Tran Dinh Khang (IEEE Access, 2023)