TALOSS: Three-Dimensional Advanced Localization Observation Submarine Software
A flexible, modularized, 3-D data fusion visualization system has widespread applicability for both military and civilian applications. Under the sponsorship of the Office of Naval Research (ONR), the Naval Undersea Warfare Center, located in Newport, Rhode Island, has created such a system for the visualization and integration of the submarine undersea battlespace. This system, TALOSS, has been designed to integrate a wide variety of the databases, both civilian and military. Because the software is modularized and written to run under Linux, it has the potential for transition as an open-source rendering and data fusion engine.
The ultimate aim of the project, funding permitting, is to develop a completely modularized TALOSS toolkit, unclassified portions of which will be made available for civilian use as open-source software. There are two primary motivations for this release: 1) the software was developed with public funds and should be made available to the general public if national security is not compromised, and 2) by making the unclassified portion of the software available, it is hoped that improvements in its operation by the Open Source community can be incorporated into the classified portion of the software enhancing its operation.
“Naval Transformation Roadmap, Sea Strike, Sea Shield, Sea Basing”, Department of the Navy, Washington, DC, 2002 (UNCLASSIFIED). Available on-line at spica.gl.nps.navy.mil/ORarchives/SEA-TRIAL/NavalTransformRdMap.pdf.
K. Lima, “Visualization for Multiwarfare Planning and Execution”, ONR Command and Control & Combat Systems Gathering 2002, Arlington, Virginia, April 23–25, 2002 (UNCLASSIFIED).
G. M. Nielson and G. L. Graf, “Application of Volume Modeling Techniques to Dynamic Containment Regions for Naval Applications”, Interim Progress, ONR Grant N0014-02-1-0287, Arizona State University, Phoenix, Arizona, May 15, 2002 (UNCLASSIFIED).
R. Shell, L. Mathews, K. Lima, R. King and F. Das Neves, “Undersea Command and Control Visualization”, July 22–26, 2001, Proceedings of the Seventh Annual Joint Aerospace Weapon Systems Support, Sensors, and Simulation Symposium & Exhibition (JAWS S3), San Diego, California, 2001, p. 8.
Douglas B. Maxwell is currently a member of the Weapons and Countermeasures branch (Code 2213) of the Naval Undersea Warfare Center. He received his MS in Mechanical Engineering (2001) from Louisiana Tech University.
Richard Shell is an electrical/computer engineer at the Naval Undersea Warfare Center Division, Newport, Rhode Island. Richard Shell's current work in 3-D visualization has resulted in an invited paper and presentation at the Joint Aerospace Weapons System Support, Sensors and Symposium (JAWS S3) in 2002 as well as a paper/poster presentation at the European Undersea Defense Technology Conference (UDT), La Spezia, Italy, in 2002.
Special Reports: DevOps
Have projects in development that need help? Have a great development operation in place that can ALWAYS be better? Regardless of where you are in your DevOps process, Linux Journal can help!
With deep focus on Collaborative Development, Continuous Testing and Release & Deployment, we offer here the DEFINITIVE DevOps for Dummies, a mobile Application Development Primer, advice & help from the experts, plus a host of other books, videos, podcasts and more. All free with a quick, one-time registration. Start browsing now...
- Vigilante Malware
- Non-Linux FOSS: Code Your Way To Victory!
- Disney's Linux Light Bulbs (Not a "Luxo Jr." Reboot)
- Vagrant Simplified
- Libreboot on an X60, Part I: the Setup
- Dealing with Boundary Issues
- System Status as SMS Text Messages
- Bluetooth Hacks
- October 2015 Issue of Linux Journal: Raspberry Pi
- New Products