With the development of quantum precision measurement technology, measurement
methods based on magnetic, optical and atomic interactions have started to receive …

In the integrated inertial navigation system (INS) and celestial navigation system (CNS), the
attitudes and positions of probes are estimated based on the auxiliary measurement of an …

Deep space exploration missions continue to become more ambitious, driving the need to
investigate autonomous navigation systems that are accurate and timely. The solar Doppler …

This article presents a maximum correntropy method of redshift estimation for spectral
redshift navigation (SRN). It converts the problem of spectral redshift estimation to a problem …

The Doppler difference velocity between the measured solar spectrum and the measured
asteroid spectrum is the measurement of the celestial Doppler difference navigation. Due to …

This paper presents a statistical characterization of power lines used by the flight test
instrumentation of a corporate jet as a medium for data communication purposes. We …

In this article, to improve navigation performance, observability-based navigation using
optical and radiometric measurements for asteroid approach phase is proposed in tandem …

The integration of an inertial navigation system (INS) and a celestial navigation system
(CNS) has the superiority of high autonomy. However, its reliability and accuracy are …

Autonomous celestial navigation has been exploited for orbit determination of deep space
exploration. Geometric constraints in celestial measurement are the inherent attributes in …

This research unveils a cutting-edge navigation system for deep space missions that utilizes
cosmic microwave background (CMB) sensor readings to enhance spacecraft positioning …