GRAPHICAL-ANALYTICAL METHOD FOR OPTIMAL SYNTHESIS OF PENDULUM CORRECTION CONTOUR OF VERTICAL GYROS
Annotation
A graphical-analytical method of optimal synthesis of pendulum (positional) correction contour for gyroscopic verticals on a movable base is presented, the model of the gyro is reduced to a complementary filter. The variance of the complementary filter error is used as an optimality criterion. Characteristics of the gyroscope drift in the form of white noise and zero instability are determined from the Allan variation, and the satellite errors are determined from the spectral power density of horizontal acceleration, determined with the account for assumed operating conditions. Determination of the optimal correction time constant and the maximum permissible gyroscope drift parameter at a given gyro accuracy, taking into account the moving object dynamics, is carried out using a specially formed graph with the axes "correction time constant — gyro drift parameter". The proposed method can be used for both analytical and power vertical gyros.
Keywords
Постоянный URL
Articles in current issue
- ADAPTIVE OBSERVER OF STATE VARIABLES OF A NONLINEAR NONSTATIONARY SYSTEM WITH UNKNOWN CONSTANT PARAMETERS
- CONSTRUCTION OF AN ADJUSTABLE AUTONOMOUS STRAPDOWN INERTIAL VERTICAL GYRO
- DETERMINING THE CLUSTER SIZE AND THE NUMBER OF REPLICAS OF HIGHLY LOADED INFORMATION SYSTEMS
- MODELING SHOCK-FRICTION INTERACTION OF THE FOOT WITH THE SUPPORTING SURFACE USING THE BASIS OF GENERALIZED HERMITE FUNCTIONS
- DIGITAL OPTOELECTRONIC MEASURING DEVICE FOR MONITORING LARGE-SIZED SHELLS OF REVOLUTION
- METHOD FOR OVERALL CALCULATION OF AN INTEGRAL-FIELD MIRROR MODULE
- SPATIAL MICRO-SCANNING OF PLANE-PARALLEL GLASS PLATE SURFACE BY THE INTERFERENCE METHOD
- METHOD FOR DETECTING A SMALL AMOUNT OF OIL CONTAMINANTS IN A LIQUID USING LASER FLUORESCENCE TECHNOLOGY
- EXPERIMENTAL STUDIES OF A THERMOELECTRIC DEVICE FOR COOLING DISCRETE ELECTRIC RADIO ELEMENTS