DESIGN OF ROBUST NAVIGATION AND STABILIZATION LOOPS OF PRECISION ATTITUDE AND HEADING REFERENCE SYSTEM

Abstract

Purpose: The paper focuses on problems of design of robust precision attitude and heading reference systems, which can be applied in navigation of marine vehicles. The main goal is to create the optimization procedures for design of navigation and stabilization loops of the multimode gimballed system. The optimization procedure of the navigation loop design is based on the parametric robust H2/H∞-optimization. The optimization procedure of the stabilization loop design is based on the robust structural H∞-synthesis. Methods: To solve the given problem the methods of the robust control system theory and optimization methods are used. Results: The kinematical scheme of the precision gimballed attitude and heading reference system is represented. The parametrical optimization algorithm taking into consideration features of the researched system is given. Method of the mixed sensitivity relative to the researched system design is analyzed. Coefficients of the control laws of navigation loops are obtained based on optimization procedure providing compromise between accuracy and robustness. The robust controller of the stabilization loop was developed based on robust structural synthesis using method of the mixed sensitivity. Simulation of navigation and stabilization processes is carried out. Conclusions: The represented results prove efficiency of the proposed procedures, which can be useful for design of precision navigation systems of the moving vehicles.

Authors and Affiliations

Olha Sushchenko

Keywords

Related Articles

LEGAL MECHANISMS TO ENSURE SE CURITY OF ENTREPRENEURSHIP (AVIATION ASPECT)

Purpose: the purpose of our research is an analysis of existing threats, dangers and challe nges of entrepreneurship in conditions of the present and the formulation of the bas ic foundations for forming methods of en...

CARBOXYLIC ACIDS ELECTROOXIDATION ON SHUNGITE ELECTRODE

Purpose: This article discusses the electrochemical method of directional conversion of carboxylic acids, which are the most aggressive hydrocarbons oxidation products back into the corresponding hydrocarbons. Existing m...

THE STUDY OF THE PRECIPITATE FORMATION PROCESS IN SILICATE-ALKALI MIXTURE IN THE PRESENCE OF SALT WATER

Purpose: The aim of this article is investigation of th e precipitation process when diluting silicate solution with salt water. The precipitation pr ocess changes have been analyzed with pH value increasing of the i...

STABILIZATION OF ACTIVE SLUDGE AFTER WASTEWATER TREATMENT CONTAMINATED BY P ETROLEUM PRODUCTS

Purpose: Biochemical purification of wastewater containing refined petroleum products takes place due to the oxidation of pollutants by active sludge organisms. As a result of this process the intense con...

APPLICATION OF POCKET DEVICE SENSORS FOR MOVING OBJECT POSITIONING IN AIR SPACE

Purpose:Localization and positioning of movable objects in air space are one of the main navigation tasks. In our research, we consider the application of accelerometers and gyroscopes sensors for finding the position of...

Download PDF file
  • EP ID EP459662
  • DOI 10.18372/2306-1472.72.11981
  • Views 141
  • Downloads 0

How To Cite

Olha Sushchenko (2017). DESIGN OF ROBUST NAVIGATION AND STABILIZATION LOOPS OF PRECISION ATTITUDE AND HEADING REFERENCE SYSTEM. Вісник Національного Авіаційного Університету, 72(3), 48-56. https://europub.co.uk/articles/-A-459662