Title Application of Smart Aviation Safety and Marine Meteorological Information (2/4) - Analysis of marine meteorological observation applications in smart ports
Dept Transportation Technology Research Center
Year 2024
Month 3
Price 180
Summary     To effectively enhance the safety of maritime navigation, this project utilizes value-added analysis of ship navigation data from the Harbor Bureau's Automatic Identification System (AIS). The focus is on the application of smart navigation and maritime meteorological information in modern maritime management, emphasizing the development of Very High-Frequency Data Exchange System (VDES), ship data collection, and traffic flow analysis in the surrounding waters of Taiwan. Additionally, the project explores the characteristics of port meteorology and maritime accidents to strengthen the technological development of port services and ship monitoring warning systems, with the goal of achieving advanced smart shipping in transportation technology.
    The collection and analysis of ship data in the surrounding waters of Taiwan involve utilizing a ship type statistical module to analyze ship movements in major commercial ports. Furthermore, the project investigates the meteorological characteristics of ports. Since ports are critical hubs for goods entering and exiting, the meteorological conditions in their surrounding seas directly affect the safety of ship navigation in and out of ports. The project also automatically exports accident-related information from the maritime meteorological database, providing the latest observational and forecasted values to the nearest port when accidents occur. These outcomes serve as a basis for maritime traffic management and port operational decision-making for the Harbor Bureau and port authorities.
    The benefits and subsequent applications of the project are as follows:
1. Conduct a comprehensive review of domestic and international research and technical documents on the Very High-Frequency Data Exchange System (VDES). Analyze and assess the potential benefits of VDES for enhancing domestic ship safety and management. The findings should inform subsequent port planning and navigation management applications.
2. Develop an application module for statistically analyzing the types of ships entering and leaving the waters around Taiwan and major commercial ports. This module should also analyze traffic flow and track density distribution for the major shipping routes on the east and west sides of Taiwan, including offshore wind farm areas.
3. Conduct a comprehensive analysis of the maritime meteorological characteristics of northern, central, southern, and eastern ports. Integrate real-time modules for ship dynamics and marine meteorological information. Provide relevant authorities with applications for the management of maritime traffic.
Post date 2024/03/28
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