KSE 2025 Poster Preparation Instructions

IDAuthorsTitle
1787Thi Bich Phuong Man, Luu Tu Nguyen, Thi Duyen Ngo and Thanh Ha LeA lightweight visual deception detection method using dynamic images and a customized SmallCNN–BiLSTM architecture
2020Luong Nguyen Thi, Nga Phan Thi Thanh, Nhan Cao Thi, Ninh Duong-Bao, Trung Vu-Thanh and Khanh Nguyen-HuuA Comparative Study of Kolmogorov-Arnold Network Models for Robust WiFi Fingerprinting-based Positioning
3751Hung Ngo Manh, Duc Tran, Van Tong, Giang Nguyen Linh and Tuyen Le NgocBuilding Reliable Covert Timing Channels via Error Correction Codes
4062Dac Nguyen Hoang, Nhu-Tai Do and Huy Nguyen QuocExplainable Decomposed Reward Q-learning with Roulette Wheel Selection in Maze Navigation
4139Shee Weng Lee and Tze Houng LeeMathematical Kanban Under Uncertainty: A Systems Engineering Approach
4180Vinh Pham Xuan and Vinh Nguyen VanOptimizing LLM with FP8
5250La Trinh Hoang Viet and Dang Duc HanhTransforming Operationalised iStar Models into Temporal Semantics and Event-B for Consistency Assurance
5429Quynh-Trang Pham ThiFDRL: Semantic-Aware Representation Learning with Feature Drift-Resistant Space Regularization
5776Thao Ngo, Phu An Thai, Tan Vo, The Khanh Chau, Thanh Ma and Minh Thai TruongSHREADS: A Shrimp Health Diagnosis and Advisory System using Agentic RAG
5934Minh-Huong Nguyen, Thanh-Tam Do Thi, Hong-Viet Tran, Van-Tan Bui, and Phuong-Thai NguyenPredicting Portfolio Price Crashes in the Vietnamese Stock Market Using Large Language Models and Deep Learning Models with Temporal Relational Reasoning
6730Thu Lam Bui, Thi Thoa Vi, Cong Thanh Nguyen, Quang Long Pham, Thanh Tra Ung and Duy Trung PhamA New Two-Stage Fusion-Based Approach to Cyber Threat Detection Using Graph Neural Networks
8251Van-Khanh Tran and Van-Hieu NguyenLAURA: A Legal Agent Using Reasoning and Acting for Vietnamese Law
8636Dinh-Nhat Loi, Tri-Thanh Nguyen, Thanh-Hai Dang and Quynh-Trang Pham ThiELLA: Enhancing Long-Tailed Online Continual Learning with Layer Augmentation
9672Nguyen Tran-Diem-HanhVector-based Similarity for Personalized Recommendation Systems