DRAGSENS (English)DRAGSENS Geo Software is used for the exact position estimation of a towed body, sensor, camera, array or net, dragged behind a ship, aircraft or vehicle. The software allows a real-time estimation of | |
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DRAGSENS (English) Ranking & Summary
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- License:
- Shareware
- Price:
- $825.00
- Publisher Name:
- C. Killet Software Ing.-GbR
- Publisher web site:
- http://www.killetsoft.de/homee.htm
- File Size:
- 1.71 MB
DRAGSENS (English) Tags
- Cost Estimation sensor pet camera Bayesian estimation estimation Time estimation sound arrival estimation Motion Estimation test points estimation CFF3 estimation loan estimation software estimation parameter estimation Estimation Decoder Project estimation disparity estimation FDR estimation haplotype estimation phylogeny Bayesian estimation distribution estimation performance estimation Estimation Creator error estimation osmosis estimation solve estimation problem migration rate estimation phylogenetic tree estimation model parameters estimation volume ellipsoid estimation multivariate estimation large phylogeny estimation large phylogenies estimation rough cost estimation Branch Length Estimation tree estimation duct estimation Net Position printing cost estimation effort estimation HVAC estimation production cost estimation printing estimation print estimation estimation error
DRAGSENS (English) Description
Estimate the exact position of a sensor, an underwater camera or a fishing net DRAGSENS Geo Software is used for the exact position estimation of a towed body, sensor, camera, array or net, dragged behind a ship, aircraft or vehicle. The software allows a real-time estimation of the position of a dragged sensor based on the location of a GPS-receiver. The sensor thereby can be dragged underwater, at water or earth surface or by airborne. The software calculates the position of the sensor along the direction opposite to the course by compensation of the drift rate, the rolling and the cornering ability of the towing vehicle. DRAGSENS receives current position data from a standard GPS string (RMC string). From these positions it averages a direction vector. Knowing the length of the tow cable, and the sensor depth, the sensor position is estimated and output in both kilometric and geographic formats. Suitable coefficients help keeping this estimation precise, considering, for example, the cable not as a straight line but as a parabolic arch.
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