Proceedings of the 13th International Conference on Information Systems and Computing Technology

This proceedings volume highlights the latest advancements in information systems and computing technology, showcasing innovative research and practical applications. Readers will find valuable insights into emerging technologies such as machine learning, deep learning, knowledge graphs, and UAV-based solutions. Topics include object detection, intelligent systems, federated learning, remote sensing, and next-generation network optimization, with a strong focus on real-world applications like medical imaging, transportation, and cybersecurity.

The volume provides readers with a comprehensive understanding of cutting-edge techniques and their potential to address pressing challenges. Its interdisciplinary approach makes it a resourceful guide for staying updated on technological progress.

This book is ideal for researchers, and professionals in computing, engineering, and AI domains seeking to expand their knowledge and apply innovative solutions to their work. It serves as a bridge between theoretical research and practical implementations, fostering collaboration across diverse fields

Provides original works presented at ISCTech 2025 Showcases cutting-edge research in information systems and computing technology Serves as a valuable reference for academicians, researchers, and industry professionals

Autorentext

Prof. Lei Zhang serves as the Chinese Director of the BRICS Joint Research Institute for Spatio-Temporal Data, Vice Dean of the Institute of Traffic Science and Technology, Deputy Director of the Institute of Trusted Artificial Intelligence, and Deputy Director of the Multi-Network, Multi-Mode Rail Transit Innovation and Coordination Center in Shanghai. Previously, he was the Director and Researcher at the Wuxi Research Center of the Shanghai Institute of Technical Physics, Chinese Academy of Sciences, a Zijiang Distinguished Professor at East China Normal University, and Director of the Shanghai Key Laboratory of Multi-Dimensional Information Processing. His main research and development focus include artificial intelligence, spatio-temporal data fusion, intelligent transportation systems, and their industrial applications.

Prof. Bo Huang is a distinguished Chair Professor in the Department of Geography at The University of Hong Kong. During his tenure at The Chinese University of Hong Kong, he made significant contributions to the field of Geographic Information Science (GIScience).His research interests include spatial statistics for land use modeling, image fusion for environmental monitoring, and spatial optimization for sustainable planning. Prof. Huang is renowned for developing the Geographically and Temporally Weighted Regression (GTWR) model, a widely adopted method for big spatiotemporal data analysis. He currently serves as an Associate Editor for the International Journal of Geographical Information Science and was the Editor-in-Chief of the three-volume book Comprehensive Geographic Information Systems (Elsevier, 2017). Among his numerous accolades, Professor Huang has received the Chang Jiang Chair Professorship and a Gold Medal at the International Exhibition of Inventions Geneva 2021.

Prof. Xu Jin is a professor (of the first grade) in the School of Computer Science at Peking University. He has obtained two PhDs both in science and engineering. His research interests include bio-informatics and bio-computer, graph theory and combinatorial optimization, neural networks and information security, etc. Dr. XU is a member of Educational Advisory Committee of Cyberspace Security, Ministry of Education; deputy director of Circuits and Systems Society branch, Chinese Institute of Electronics; director of Graph Theory and System Optimization Major Committee, Chinese Institute of Electronics; chief scientist of key special subjects of Central Military Commission Science and Technology Committee of China. He has published more than 300 academic papers, about 200 of which have been indexed by SCI. He has presided over tens of national natural science foundation projects, including major projects, major equipment on special, national 863 projects and 973 projects, etc. As the first persons involved, he received one Second Class National Prize of Natural Science and three First Ministerial Prizes of Natural Science. He has acted 5 times as Chairman of the International Conference on Bio-inspired Computing.

Prof. Liu Jin is the Deputy Director of the Shipping Information Technology Research Institute and holds leadership roles in several academic organizations, including the Shanghai Society of Cognitive Science and the Shanghai Artificial Intelligence Society. He is also a member of various committees for the Chinese Association for Artificial Intelligence and a reviewer for national projects and international journals such as AIRE, ACM TOMM, and IEEE ACCESS. His research focuses on deep learning, machine vision, natural language processing, and software engineering. He has led over 10 major research projects, published 60+ papers, and holds 20+ patents and software copyrights.

Inhalt

PM STGformer A Simplified SpatioTemporal Graph Transformer for PM25 Concentration Prediction.- MSSLMS A Masked Self Supervised Learning with Muti Scale for Pedestrian Re Identification.- A Prediction Method for Overflow of Stormwater Pipelines Based on GA Attention BiLSTM.- MS DGCNet Multi Scale Dynamic Graph Convolutional Network for Skeleton Based Video Anomaly Detection.- MPI Parallel Generation Algorithm for Cumulative Damage PI Curve Set Based on SDOF.- Pedestrian Re identification Algorithm Based on Combined Features and Attention Enhancement.- TRADE KIE Key Information Extraction from International Trade Documents using Prompted Large Language Models.- Success Prediction of Kickstarter Projects Using Blending based Ensemble Model.- HTLN Hierarchical Transformer LSTM Networks for Multi Agent Trajectory Prediction.- A Meta Conformer Based Spectrum Sensing Scheme for Low Altitude Intelligent Networks.- High Precision Point Cloud Map Dynamic Obstacle Filtering Solution.- Distributed Router Execution.- DSPLR AN Novel Unsupervised Visible Infrared Person Re Identification Framework for Aerial image.- Binary vulnerability detection based on deep learning combined with inline assembly comparison.- Construction of Knowledge Graph based on Language Model.- A Clustering Method for Grid Alarm Logs by Integrating Global and Local Features.- Which Image is Tampered A High fidelity Fingerprinting Scheme for Deepfake Detection and Authentication.- Urban Rail Transit Train Delay Feature Recognition and Prediction Based on Graph Attention Network.- Spectrum Resource Allocation for UAV Network in Low Altitude Intelligent Network Based on Multi Agent Actor Critic.- Modulation Recognition Method for UAV Video Transmission Signals Based on Multi level Attention Mechanisms.- Multivariate Gaussian-Based No Reference Quality Assessment for Spatial Distortion in Pansharpened Images.- Neural Network based Underwater Acoustic Multicarrier Channel Estimator with WGAN GP data augmentation.- Study on Calibration Method of Ground Based Scatterometer.- A Human Visual System Inspired Model for Recipe Prediction of Pre colored Fiber Blends.- An Inter and Intra Boards Congestion Aware Routing Algorithm in the HammingMesh Network Topology for Deep Learning.- Trustless IoT Data Sharing via Lightweight Blockchain and Federated Learning.- Two stage Fusion Based Box Occupancy Perception.- DAMF YOLO A dual attention mechanism fusion model for rust detection on transmission towers.- Research on the Realization Method of End to End Test Automation for Communication Based on AutoIt.- A high precision ESKF based INS MM fusion positioning system with NHC constraints for underground parking lots.- A Review of Heterogeneous Data Fusion and Dynamic Optimization Methods based on Large Models.- Improving the Maneuver Law Identification Effect By Fine gra…