INVESTIGATION OF NON-LINEAR MARITIME SIGNAL ESTIMATION SCHEME FOR PASSIVE ACOUSTIC AND ELECTROMAGNETIC UNDERWATER TRACKING AND UNDERWATER SURVEILLANCE

Authors

  • JAWHAR A Department of EEESanketika Institute of Technology and ManagementVisakhapatnam
  • RAJYA LAKSHMI C

Abstract

Objectives:Modified Gain Extended Kalman Filter (MGEKF) created by Song and Speyer [1] was turned out to be appropriate calculation for points just detached target following applications in air.

Methods:As of late, roughly altered increases are displayed, which are numerically steady and exact [2]. In this paper, this enhanced MGEKF calculation is investigated for submerged applications with a few changes.

Results:In submerged, the commotion in the estimations is high, turning rate of the stages is low and speed of the stages is likewise low when contrasted and the rockets in air. These attributes of the stage are concentrated on in detail and the calculation is adjusted appropriately to track applications in submerged.

Conclusions:Monte-Carlo analysis comes about for two run of the mill situations are introduced with the end goal of clarification. From the outcomes it is watched that this calculation is especially reasonable for this nonlinear edges just detached target following.

Author Biography

JAWHAR A, Department of EEESanketika Institute of Technology and ManagementVisakhapatnam

Department of EEE
Sanketika Institute of Technology and Management
Visakhapatnam

Published

01-01-2017

How to Cite

JAWHAR A, & RAJYA LAKSHMI C. (2017). INVESTIGATION OF NON-LINEAR MARITIME SIGNAL ESTIMATION SCHEME FOR PASSIVE ACOUSTIC AND ELECTROMAGNETIC UNDERWATER TRACKING AND UNDERWATER SURVEILLANCE. Innovare Journal of Engineering and Technology, 5(1), 51–57. Retrieved from https://mail.innovareacademics.in/journals/index.php/ijet/article/view/15877

Issue

Vol 5 Issue 1 2017(January-February)

Section

Original Article(s)