When combined with artificial intelligence, advanced computing architectures and enhanced communications, sensor technologies can monitor vessel performance and the adjacent environment to detect conditions that may hinder voyage completion. This book provides insight into the present and future of sensor architectures and configurations that can enhance vessel performance and further improve the safety of navigation. It covers topics such as traditional and expanded sensor functions in engineering and navigation, as well as new sensor capabilities that can provide greater insight into vessel behavior and performance and enhance awareness of passenger, crew and other human activities. Chapters offer background information on typical legacy vessel sensor configurations and current International Maritime Organization (IMO) requirements for onboard sensors and future regulatory trends before discussing modern sensors and current- generation “smart” sensors that provide enhanced situational awareness to watchstanders. A vision of next- generation sensors currently being investigated for shipboard use is provided along with long- term trends in quantum sensing and computing that promise radical change across a wide variety of vessel functions. Insight is also given into cybersecurity factors so essential to all sensor systems. Ship Sensors: Conventional, Unmanned and Autonomous is ideal for professional seafarers, maritime academics and university students, and developers of maritime sensors and systems.
When combined with AI, advanced computing architectures, and enhanced communications, sensor technologies can monitor vessel performance and environment to detect conditions that may hinder voyage completion. This covers the present and future of sensors that can enhance vessel performance and further improve safety of navigation.
1. Introduction to Ship Sensors.
2. Engineering Sensors.
3. Navigation Sensors.
4. Cargo Sensors.
5. Crewmember and Passenger Sensors.
6. Artificial Intelligence in Sensor Systems.
7. Shore and Intership Communications.
8. Intraship and Internal Communications.
9. Cybersecurity and Ship Sensors.
10. Vessel Sensor Degradation.
11. Next Generation Sensing.
R. Glenn Wright holds a BS in Electrical Engineering, MS in Computer Science and PhD in Maritime Affairs with 45 years of industry experience leading research in sensor- based systems for surface vessels and unmanned underwater vehicles, meteorological and oceanographic data systems, and the automated testing of electronic equipment. He is also a master mariner and research vessel captain investigating meteorological, oceanographic, and electromagnetic phenomena and sensor data fusion, with direct knowledge of ship operations and the application and usefulness of the foundational technologies involved. This book complements his book Unmanned and Autonomous Ships, also published by Routledge.
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