This Underwater 3D Imaging Project Explores Pearl Harbor Wreckage
Rahul Kalvapalle — November 13, 2014 — Tech
A high-tech underwater 3D imaging project is utilizing modern technology to give new insight into the historical event that was the bombing of Pearl Harbor in Hawaii by the Japanese air force during World War II.
The project will look to use ultra high-resolution data, 3D modeling, underwater acoustic mapping and LiDAR (Light Detection and Ranging) to create 3D models of destroyed battleships.
The project will cost over $400,000 to carry out. All the data being collected will be compiled together by Autodesk to create 3D renderings and models of the historic sites. Ultimately, the project aims to give people of present and future generations a way to remember the events of Pearl Harbor and stay in touch with the human side of the location.
The project will look to use ultra high-resolution data, 3D modeling, underwater acoustic mapping and LiDAR (Light Detection and Ranging) to create 3D models of destroyed battleships.
The project will cost over $400,000 to carry out. All the data being collected will be compiled together by Autodesk to create 3D renderings and models of the historic sites. Ultimately, the project aims to give people of present and future generations a way to remember the events of Pearl Harbor and stay in touch with the human side of the location.
Trend Themes
1. Underwater 3D Imaging - The integration of ultra high-resolution data, 3D modeling, underwater acoustic mapping and LiDAR (Light Detection and Ranging) to create 3D models of underwater structures presents opportunities for the exploration of marine environments for the development of new industries.
2. Historical Site Preservation - The use of high-tech tools to archive important historical sites can inspire the development of novel preservation measures, tourist attractions and educational materials.
3. Virtual Tourism - The development of 3D renderings and models of historic sites presents opportunities for the creation of virtual tourism, online museums, and immersive educational experiences that allow people to explore the sites from anywhere in the world.
Industry Implications
1. Marine Exploration - The application of underwater 3D imaging serves to improve the exploration and development of marine resources including oil and gas, fisheries, and clean energy.
2. Archiving and Documentation - The technology of underwater 3D imaging can contribute to the development of the archiving and documentation of artifacts and other important historic sites.
3. Education and Entertainment - The utilization of 3D models and virtual tourism will create new opportunities for education and recreation industries such as museums, gaming, and streaming services.
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