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Full Description
This book presents peer-reviewed articles from the 9th International Conference on Space Science and Communication (IconSpace 2025) held at Melaka in Malaysia from the 23-25 Sept. It addresses the cutting-edge initiatives and solutions in space science, atmospheric sciences, remote sensing and space, satellite and communication technologies, bringing together researchers, engineers, meteorologists, geospatialists, and space practitioners. It serves as a platform for showcasing the latest advancements and applications in these fields.
The contributions to this book cover a broad spectrum of topics, categorized into four major tracks:
Track 1: Space Sciences—Exploring the fundamental science behind space research and its applications, from astrophysics to space exploration.
Track 2: Atmospheric and Magnetospheric Sciences—Discussing the dynamics of Earth's atmosphere, magnetosphere, and their interactions with space weather, with an emphasis on climate monitoring and space weather forecasting.
Track 3: Remote Sensing & Applications—Focusing on satellite-based technologies and their applications in Earth observation, environmental monitoring, and disaster management.
Track 4: Satellite and Communication Technology—Highlighting advancements in satellite communication systems, innovations in space-based networks, and their role in global connectivity.
This book provides critical insights for developing policies, evaluating global needs, and advancing space-related technologies in ways that benefit society. The research presented within reflects the trends, challenges, and emerging solutions shaping the future of space science and its applications.
Contents
1. Monitoring the Impacts of Active Region 3664: A G5-Class Geomagnetic Storm Event Observed from Malaysia in May 2024.- 2. Deep Learning Recurrent Neural Network for Low-Latitude Geomagnetically Induced Current Prediction with Imputation and Rare-Event Detection.- 3. Comparative Analysis of Machine Learning Algorithms for Classifying Geomagnetic Storm Severity Using the SYM-H Index.- 4. Comparison of Meteorological Data from Principal Stations and Automated Weather Stations (AWS) in Malaysia: A Case Study Approach.- 5. CNN-LSTM for Classifying Pi2 Pulsation Occurrences from Raw Geomagnetic Data.- 6. Observation of Equatorial Plasma Bubbles using Geostationary Beidou Satellites and All-sky Imager.- 7. The Relationship of the EEJ Current on a Buried Gas Pipeline Impressed Current Cathodic Protection System.- 8. Train Localization Using GNSS - An Introduction of concept Study for Malaysian Railway System.



