DocumentCode
1570524
Title
PATHA: A Planning Aid for Tasking Heterogeneous Assets for route survey or mine countermeasures operations
Author
Percival, Aaron M. ; Stoddard, Mark A.
Author_Institution
Defence R&D Canada-Atlantic, Halifax, NS, Canada
fYear
2010
Firstpage
1
Lastpage
8
Abstract
The Planning Aid for Tasking Heterogeneous Assets (PATHA) is a decision support tool that addresses shortcomings in current route survey or naval mine countermeasures mission planning capabilities. The tool is able to optimally assign heterogeneous assets to segments in an area of interest. Track positions for each allocation are also determined by PATHA, in order to give optimal coverage in each segment. These assignments are calculated using each asset´s sonar performance-based on environmental characteristics of the ocean-and the time taken for the asset to clear the segment. The sonar performance modelling tool, ESPRESSO, is used to infer sonar performance curves based on sonar properties and environmental characteristics. These models use a novel combination of Signal-to-Noise and Shadow-to-Background ratios as a function of target range and sonar altitude to qualify sonar performance. In this paper, we show how PATHA can be used to plan a complex mission involving many assets with diverse performances in a large oceanographic area with heterogeneous seafloor. We also show how PATHA is easily adaptable to changes in mission parameters (e.g. number of assets, constraints on clearances or time, et cetera). This allows for comprehensive mission analysis of “What If” scenarios and real-time mission considerations.
Keywords
environmental factors; naval engineering; oceanographic techniques; seafloor phenomena; sonar tracking; ESPRESSO; PATHA; environmental characteristic; heterogeneous seafloor; naval mine countermeasure mission planning; oceanographic area; planning aid for tasking heterogeneous assets; route survey; shadow-to-background ratio; signal-to-noise ratio; sonar altitude; sonar performance modelling tool; target range; Equations; Mathematical model; Optimization; Planning; Signal to noise ratio; Sonar measurements;
fLanguage
English
Publisher
ieee
Conference_Titel
OCEANS 2010
Conference_Location
Seattle, WA
Print_ISBN
978-1-4244-4332-1
Type
conf
DOI
10.1109/OCEANS.2010.5664551
Filename
5664551
Link To Document