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Inertial Navigation Theory (Autonomous Systems)

V D Andreev
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TLDR
The book is devoted to the theory of autonomous inertial systems, an analysis of which permits evaluation of the operating stability of the system and establishment of the relationship between the errors of the elements and the accuracy of determining the navigational parameters of the object: the current coordinates of position and its orientation in space.
Abstract
: The main attention is devoted to the equations of ideal operations (unperturbed functioning) of inertial systems, which determine their structure, and to equations of inertial navigation system errors, an analysis of which permits evaluation of the operating stability of the system and establishment of the relationship between the errors of the elements and the accuracy of determining the navigational parameters of the object: the current coordinates of position and its orientation in space. Problems of autonomous preparation of inertial systems for operation are also considered. The book is devoted to the theory of autonomous inertial systems.

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Journal ArticleDOI

On Inertial-Navigation System without Angular-Rate Sensors

TL;DR: Operating algorithms for autonomous inertial-navigation systems without angular-rate sensors are outlined and it is shown that such systems may be effective at high angular rates, when using angular- rate sensors becomes problematic.
Journal ArticleDOI

Neuromorphic expansion of the GLONASS onboard functions for a mobile technological platform

TL;DR: A method, model, and algorithm for finding the motion parameters of a mobile technological platform from measuring data provided by a three-component unit of newtonmeters (accelerometers) and a GLONASS onboard system for multipoint reception are suggested.
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