Optimization Research for Receivers Arrangement of LBL Acoustic Positioning System with PSO Algorithm

Chang Run Xiao; Wen Zhao Zhang

doi:10.4028/www.scientific.net/AMM.333-335.41

Paper Titles

Rapid Measurement of Power Transformer Winding DC Resistance
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Design and Application of the Deviation Automatic Measurement System for Tower Frame of Cable Crane
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Three-Dimensional Measurement System Based on Line Laser
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Liquid Level Measurement System Design Based on Laser Displacement Sensor
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Optimization Research for Receivers Arrangement of LBL Acoustic Positioning System with PSO Algorithm
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An Overview of Uncertainty in Measurement and Its Application in Ship Hydrodynamics
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An Anomaly Detection and Correction Method Based on Measurement Representation Model
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A Combined Application of Laser Tracker and Spatialanalyzer in Alignment of Accelerator
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Research on the Tube System for the Pressure Measurement
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 333-335Optimization Research for Receivers Arrangement of...

Optimization Research for Receivers Arrangement of LBL Acoustic Positioning System with PSO Algorithm

Abstract:

Three optimization models were proposed according to the problems emerged from self-propelled model test. And the object function to evaluated acoustic positionings precision of some given receivers arrays was created. The genetic algorithm code to solve this optimization problem was developed and validated by optimization model 1 afterwards. The optimum arrangements for model 1 and model 3 were acquired by calculating such code. The cross arrays was certificated to be the optimum ones. One new method to arrange acoustic receivers in self-propelled model test was drafted.