Gyroscopy and Navigation
G.V. Antsev et al. Detection of a Dipole Signal against the Background of Noise under Arbitrary Motion of the Magnetometer Carrier
The article describes an algorithm for detecting a dipole signal against the background of noise under arbitrary motion of the magnetometer carrier. The constructed dipole mathematical model in the form of expansion in a series of six basis functions provides source recognition and estimation of the source position from the single detection. The hardware-in-the-loop simulation results are presented.
Keywords: dipole source, expansion into a series of basis functions, arbitrary motion of the magnetometer carrier, estimation of source coordinates.
| About authors |
G.V. Antsev, JSC Radar mms, St. Petersburg, Russia V.V. Averkiev, JSC Radar mms, St. Petersburg, Russia V.A. Mogilevkin, JSC Radar mms, St. Petersburg, Russia I.A. Chernyaev JSC Radar mms, St. Petersburg, Russia |
G.V. Antsev, V.V. Averkiev, V.A. Mogilevkin, and I.A. Chernyaev. Detection of a Dipole Signal against the Background of Noise under Arbitrary Motion of the Magnetometer Carrier / Gyroscopy and Navigation, 2024, Vol. 15, No.1, pp. 52-60
