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The results of navigation spacecraft observations with asymmetry of the amplitude patterns of onboard antenna feed systems
The aspects of monitoring the energy characteristics of radio navigation signals of the global navigation satellite system (GLONASS) have been...
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Navigation performance analysis of Earth–Moon spacecraft using GNSS, INS, and star tracker
Global Navigation Satellite System (GNSS) can provide an approach for spacecraft autonomous navigation in earth–moon space to make up for the...
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Feasibility analysis of angles-only navigation algorithm with multisensor data fusion for spacecraft noncooperative rendezvous
Relative navigation is crucial for spacecraft noncooperative rendezvous, and angles-only navigation using visible and infrared cameras provides a...
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Review of Angles-Only Navigation Technique for Spacecraft Autonomous Rendezvous and Docking
Since the navigation sensors used in angles-only navigation are simple, angles-only navigation will be a critical enabling technique for spacecraft...
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Symmetry between Some Methods of Autonomous Spacecraft Navigation and Methods of Determining Their Position from Earth
AbstractWe discovered that for some nonautonomous methods of navigation in space, there are autonomous methods ‘‘symmetrical’’ to them, in which all...
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Simulation of an Autonomous Navigation Method for Determining the Orbit and Orientation of Spacecraft from Virtual Measurements of Stellar Zenith Distances
AbstractA description of a new method of autonomous navigation for determining the orbits and orientation of artificial Earth satellites is...
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A Method for Assessing the Robustness of the Autonomous Navigation System of a Spacecraft Based on the Theory of Experiment Planning
AbstractA method for estimating the robustness of an autonomous spacecraft navigation system to the impact of perturbing factors of various physical...
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Artificial intelligence for spacecraft guidance, navigation, and control: a state-of-the-art
This article reviews state-of-the-art of the problem of using Artificial Intelligence (AI) for spacecraft Guidance, Navigation, and Control (GNC)....
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Spacecraft Celestial Navigation Method Based on Laser Ranging Auxiliary
The method of pure angle observation has serious nonlinearity in celestial navigation system, the angle measurement error is converted to a large...
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Autonomous Guidance, Navigation, and Control of Spacecraft
The autonomous guidance, navigation, and control (GNC) system is an essential component of a spacecraft. It serves the purposes of determining the...
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Relativistic Synchronization of Clocks on Board Navigation Spacecraft with the Aid of Intersatellite Measurements
The problem of synchronizing the onboard clocks of navigation satellites is examined from a relativistic standpoint using the concept of "coordinate...
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Inertial Navigation Method for Spacecraft Based on General Relativity
The existing spacecraft inertial navigation has high positioning accuracy in a short time, but there are errors accumulated with time, which can not...
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Combined optical line-of-sight and crosslink radiometric navigation for distributed deep-space systems
This manuscript aims to present and evaluate the applicability of combining optical line-of-sight (LoS) navigation with crosslink radiometric...
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Reliability Engineering of BeiDou Navigation Satellite
This book describes the reliability research results and experience of BeiDou navigation satellite in engineering development. According to the...
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Software-in-the-Loop Validation of a Novel Two-Point Optimal Guidance for Perturbed Spacecraft Rendezvous and Formations
A novel guidance law that utilizes optimal control theory in combination with linear time-varying state-transition matrices to calculate the optimal...
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A Multi-source Data Fusion Navigation Method of Spacecraft with Limited GNSS Signals
Global Navigation Satellite system (GNSS) is initially designed to provide services to objects on the earth surfaces, or in the earth-orbits with...
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Performance assessment of GNSS-based real-time navigation for the Sentinel-6 spacecraft
The feasibility of precise real-time orbit determination of low earth orbit satellites using onboard GNSS observations is assessed using six months...
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Analysis, Design, and Optimization of Robust Trajectories in Cislunar Environment for Limited-Capability Spacecraft
Nowadays, the space exploration is going in the direction of exploiting small platforms to get high scientific return at significantly lower costs....
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Spacecraft System
The system concept of spacecraft is explained in the chapter, and to whether it is manned or not, the classification of spacecraft is systematically...
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Autonomous navigation method and technology implementation of high-precision solar spectral velocity measurement
The velocity information of spacecraft can be directly obtained by the autonomous navigation method based on astronomical spectral velocity...