淡江大學人工智慧學系

年度	論文名稱
2023	C. Shang; C. Y. Chang; W.-H. Liao; D. S. Roy, RLR: Joint Reinforcement Learning and Attraction Reward for Mobile Charger in Wireless Rechargeable Sensor Networks, , IEEE Internet of Things Journal 10(18), p. 16107-16120, , pp
2023	C. Y. Chang; Yuan-Lin Liang; Shih-Jung Wu; Diptendu Sinha Roy, SV2-SQL: A Text-to-SQL Transformation Mechanism Based on BERT Models for Slot Filling, Value Extraction and Verification, , Multimedia Systems 30(16), p. 5-17, , pp
2023	Z. Hu; C. Y. Chang; R. Shen; C.-H. Kuo; D. S. Roy, A Recharging Mechanism for Improving Data Quality and Maintaining Sustainable Lifetime in WRSNs, , IEEE Sensors Journal, vol. 23, no. 22, pp. 28244-28260, , pp
2023	L.W. Lee; Y.H. Yang; I.H. Li, A Design of Pneumatic-Driven Translational Pyramidal Manipulator and Its Actively Disturbance Rejection Tracking Control, , Mechatronics 98, 103122, , pp
2022	Chen, Chien-chang, Video Based Basketball Shooting Prediction and Pose Suggestion System, , Multimedia Tools and Applications 82,　p.27551-27570, , pp
2022	C. Y. Chang; S.-J. Jhang; S.-J. Wu; D. S. Roy, JCF: Joint Coarse and Fine-Grained Similarity Comparison for Plagiarism Detection Based on NLP, , Journal of Supercomputing 80, p.363-394, , pp
2022	B. Dande; C. Y. Chang; S.-J. Wu; Diptendu Sinha Roy, WLARS: Work Load Aware Recharge Scheduling Mechanism for Improving Surveillance Quality in Wireless Rechargeable Sensor Networks, , IEEE Sensors Journal 23(11), p. 12237-12250, , pp
2022	X. Li, Q. Zhang; C. Y. Chang; S.-J. Yang; D. S. Roy, JECP: Joint Energy Conservation and Collision Avoidance for Path Construction in Bluetooth Networks, , IEEE Sensors Journal 23(9), p. 10168-10178, , pp
2022	Yuanping Kan; C. Y. Chang; Shih-Jung Wu; Chin-Hwa Kuo; Diptendu Sinha Roy, CSCP: Energy Charging Mechanism for Surveillance Quality, Network Connectivity and Perpetual Lifetime in WRSNs, , Journal of Internet Technology 24(2), p. 461-473, , pp
2022	Kuo H-C; Chen S-H; Chen Y-H; Lin Y-C; C. Y. Chang; Wu Y-C; Wang T-D; Chang L-S; Tai I-H; Hsieh K-S, Detection of coronary lesions in Kawasaki disease by Scaled-YOLOv4 with HarDNet backbone, , Frontiers in Cardiovascular Medicine 22(9), p. 1-8, , pp

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