Title :
Very shallow water mine countermeasures using the REMUS AUV: a practical approach yielding accurate results
Author :
Stokey, Roger ; Austin, Tom ; Allen, Ben ; Forrester, Ned ; Gifford, Eric ; Goldsborough, Rob ; Packard, Greg ; Purcell, Mike ; Von Alt, Chris
Author_Institution :
Oceanogr. Syst. Lab., Woods Hole Oceanogr. Instn., MA, USA
Abstract :
For several years, the engineers of the Oceanographic Systems Laboratory have been developing a version of the REMUS autonomous underwater vehicle (AUV) equipped with a Marine Sonics, Ltd. sidescan sonar. A sidescan equipped AUV allows operators to maintain a safe standoff distance from a potential minefield, and when equipped with other instrumentation provides high resolution hydrographic data as well. This paper provides a general discussion of sidescan search strategies as pertains to mine-hunting. It also describes the hardware and software interface from the vehicle and user interface to the sidescan system that allows pre-launch performance verification, and rapid post mission data analysis and exporting. results of this test are discussed and explained, including a variety of performance metrics. A practical example is provided. During August of 2000, the REMUS system participated in the US Navy exercise, "Fleet Battle Experiment-Hotel" and generated a high resolution map of a minefield covering over 3 square kilometers. The results of this test are discussed and explained, including a variety of performance metrics
Keywords :
buried object detection; military systems; naval engineering computing; remotely operated vehicles; sonar imaging; sonar tracking; telerobotics; underwater vehicles; Fleet Battle Experiment Hotel exercise; REMUS AUV; bathymetry map; clusters of mines; cylindrical exercise mines; false contacts; hardware-software interface; high resolution map; internal TCP/IP network; sidescan sonar; user interface; very shallow water mine countermeasures; Automotive engineering; Hardware; Instruments; Laboratories; Maintenance engineering; Measurement; Software performance; Sonar; Underwater vehicles; User interfaces;
Conference_Titel :
OCEANS, 2001. MTS/IEEE Conference and Exhibition
Conference_Location :
Honolulu, HI
Print_ISBN :
0-933957-28-9
DOI :
10.1109/OCEANS.2001.968696