Combining Technical Analysis and Support Vector Machine for Stock Trading. - Pittipol Kantavat; Boonserm Kijsirikul (HIS, 2008)

Efficient Decision Trees for Multi-Class Support Vector Machines Using Entropy and Generalization Error Estimation. - Pittipol Kantavat; Boonserm Kijsirikul; Patoomsiri Songsiri; Ken-ichi Fukui; Masayuki Numao (Int. J. Appl. Math. Comput. Sci., 2018)

Transforming YAWL Workflows with Time Constraints into Timed Automata. - Maruth Ravibanjurdkul; Pittipol Kantavat; Wiwat Vatanawood (ICCCM, 2021)

Deep Neural Network for Estimating Value of Quality of Life in Driving Scenes. - Shinji Fukui 001; Naoki Watanabe 002; Yuji Iwahori; Pittipol Kantavat; Boonserm Kijsirikul; Hiroyuki Takeshita; Yoshitsugu Hayashi; Akihiko Okazaki (ICPRAM, 2022)

The Bangkok Urbanscapes Dataset for Semantic Urban Scene Understanding Using Enhanced Encoder-Decoder With Atrous Depthwise Separable A1 Convolutional Neural Networks. - Kitsaphon Thitisiriwech; Teerapong Panboonyuen; Pittipol Kantavat; Yuji Iwahori; Boonserm Kijsirikul (IEEE Access, 2022)

Article Feed Recommendation System for Thai Social Media Application Using Article Context Based on Deep Learning. - Pannawit Athipatcharawat; Dhata Muangrux; Ekapol Chuangsuwanich; Pittipol Kantavat (IAIT, 2023)

Automated Stock Trading System using Technical Analysis and Deep Learning Models. - Weerapat Buachuen; Pittipol Kantavat (IAIT, 2023)

Spam Article Detection on Social Media Platform Using Deep Learning: Enhancing Content Integrity and User Experience. - Panuwat Chiawchansilp; Pittipol Kantavat (IAIT, 2023)

Estimating QOL from Car View Scene using Deep Neural Network and Clustering Approach. - Naoki Watanabe 002; Yuji Iwahori; Shinji Fukui 001; Akihiko Okazaki; Pittipol Kantavat; Boonserm Kijsirikul; Hiroyuki Takeshita; Yoshitsugu Hayashi (KES, 2023)

Improved Method for Estimating Quality of Life Values of Images in Driving Scenes. - Shinji Fukui 001; Yuji Iwahori; Pittipol Kantavat; Boonserm Kijsirikul; Hiroyuki Takeshita; Yoshitsugu Hayashi (KES, 2024)

Papillary Thyroid Carcinoma Semantic Segmentation Using Multi-Scale Adaptive Convolutional Network With Dual Decoders. - Thanat Payatsuporn; Pittipol Kantavat; Nichthida Tangnuntachai; Nopporn Tipparawong; Waratchanok Techapapa; Boonserm Kijsirikul; Somboon Keelawat (IEEE Access, 2025)