A methodology for determining absolute inertial angular orientation of a spinning body is demonstrated utilizing independent angular measurements for two arbitrary body-fixed sensor systems. A particular application is denoted utilizing Army Research Laboratory Solar Likeness Indicating Transducers and magnetoresistive sensors which provide body-fixed, independent angular measurements with regard to their respective local fields. Knowledge of the local field orientations and a coordinate transformation provide the inertial orientation angles, commonly called psi and theta, useful for evaluation and development of advanced flight bodies and as a navigation aid for brilliant munitions. The device is called POINTER: Projectile Orientation In Navigation TERms for a spinning body containing optical and magnetic sensors. Typical sensor data and reduction processes are reviewed and alternative field measurements are discussed.
Determining inertial orientation of a spinning body with body-fixed sensors
2000
11 Seiten
Aufsatz (Konferenz)
Englisch
Drehzahlmessung , Trägheitsnavigation , Magnetometer , magnetfeldabhängiger Widerstand (Bauelement) , militärische Ausrüstung , optischer Sensor , Geschoss (Munition) , magnetoresistiver Sensor , Winkelmessung , Koordinatentransformation , Zeiger , magnetischer Sensor , Datenreduktion , Bewegungsmessung
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