SOME MATHEMATICAL ALGORITHMS OF QUANTUM NAVIGATION AS AN ALTERNATIVE SYSTEM OF GLOBAL POSITIONING IN THE DEVELOPMENT OF THE CONCEPT OF E-NAVIGATION
The accuracy of navigation and positioning of GNSS depends on the characteristics of the space of the radio signal, the composition and technology of the aggregate-instrument complex on Board the SPACECRAFT, the consumer’s receiving equipment. Alternative systems are used as backup systems for GNSS in ship navigation. So offers platform and strapdown devices axiomatically complexes. And a state-of-the-art method of ship observational quantum navigation. Mathematical algorithms of the quantum navigation system based on accelerometers made of supercooled atoms by laser beam and binding to natural or mediated triangulation objects are investigated. The paper presents a study of the physical principle of operation and mathematical justification of quantum Navigator.