The Algoritmi Self-Steers Using a Computer System, Sensors and 360-Cameras
M — July 27, 2016 — Art & Design
References: behance.net & yankodesign
With autonomous driving becoming increasingly prevalent in road vehicles, designer BelKharmoudi Aziz is utilizing a similar self-steering system to power cargo ships in his design of the Algoritmi. The ships are designed to be entirely autonomous by utilizing sensors, 360-degree cameras and a computer system to guide the ship to and from its destinations.
The Algoitmi ship utilizes artificial intelligence (AI) to ensure safe transportation without the need for human control. The ship features a 800-meter length for carrying a variety of cargo products, an atomic fusion engine and wind turbines as natural energy sources. The ship sails smoothly through the water thanks to satellite GPS systems, collision-control technology and cameras.
The use of a robotic command system reduces the need for human crews and captains to oversee the vessels.
The Algoitmi ship utilizes artificial intelligence (AI) to ensure safe transportation without the need for human control. The ship features a 800-meter length for carrying a variety of cargo products, an atomic fusion engine and wind turbines as natural energy sources. The ship sails smoothly through the water thanks to satellite GPS systems, collision-control technology and cameras.
The use of a robotic command system reduces the need for human crews and captains to oversee the vessels.
Trend Themes
1. Autonomous Cargo Ships - The use of autonomous technology in shipping could revolutionize the industry, significantly reduce costs and improve safety measures.
2. Self-steering Technologies - The development of self-steering technologies such as sensors, cameras and AI can be applied to other industries such as aviation and transportation to reduce human error and increase efficiency.
3. Sustainable Energy Sources - The use of sustainable energy sources such as atomic fusion engines and wind turbines in autonomous cargo ships presents an opportunity for further research and development in the renewable energy industry.
Industry Implications
1. Shipping - The development of autonomous cargo ships could disrupt the shipping industry, reducing the need for human crews and captains and reducing costs.
2. Maritime Technology - Self-steering technologies and AI can be applied to other areas of maritime technology, improving safety and efficiency in navigation and shipping.
3. Renewable Energy - The use of sustainable energy sources in autonomous cargo ships presents opportunities for further research and development in renewable energy technology.
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