autonomous navigation

Autonomous navigation technology can reduce the cost of missions and strengthen the survival ability of a lunar satellite.

Terrain aided navigation(TAN) is one of the important methods for autonomous navigation system of aircraft.

This paper is of great significance for the application of GA and AUV s autonomous navigation.

Finally, the validity of the autonomous navigation algorithms presented in this article is confirmed by mathematical simulation.

The lateral control of intelligent vehicle is a critical technology of autonomous navigation in Intelligent Transport Systems (ITS).

Actual experiment shows that the results are nice and can fulfill the path planing quest of autonomous navigation in complex enviroment.

Finally, the autonomous navigation methods presented are verified by the practical data of deep impact mission.

autonomous navigation between two satellites, and don't seek the land TT&C station to participated in.

Autonomous navigation is a key technology in lunar rover system, but rarely involved in virtual simulation system.

The principle of autonomous navigation using star sensors and scanning infrared earth sensors is studied.

a new algorithm realizing accurately autonomous navigation for high kinematical users.

Star navigation is an autonomous navigation system.

A scheme of autonomous navigation and obstacle avoidance for probes landing on small body is developed.

What if all of this computing power was brought to bear on the problem of safe, autonomous navigation for robots?

Vision-based navigation technology is a new hot spot in the area of autonomous navigation vehicle research.

The independent orientation system of deep-sea mining vehicle is the base of autonomous navigation, path tracking.

An autonomous navigation scheme is designed by using the star sensor and horizontal instrument to observe the elevation angle of star.

An autonomous navigation system based on self-adapted fuzzy control for agricultural tractor was proposed.

Optical autonomous navigation will be used widely in the deep space exploration in the future.

Autonomous Navigation Technology of Navigation Satellite Systems and Its Development

Time Synchronization Techniques of the Autonomous Navigation of Navigation Constellation

Method and Simulation of Autonomous Navigation for Satellite by a Combination Star Sensor with Large View Field and Starlight Refraction

Filtering Algorithm and Simulation for Improving the Precision of the Satellites Autonomous Navigation

Study of the Spacecraft Autonomous Navigation Method Using UKF

Autonomous Navigation Method of Heterogeneous Constellation Using Inter-Satellite Measurement

Two-Filter Model and Its Navigation Algorithm of Vehicular Autonomous Navigation System

Kalman Filtering Algorithm Improvement and Computer Simulation in Autonomous Navigation for Satellite

Studies on Autonomous Navigation Techniques for Navigation Constellations

Design of a HLA-Based Simulation for Satellite Autonomous Navigation

Algorithm for Satellite Autonomous Navigation Using Magnetometer

Autonomous Navigation Design for Small Satellite Using Earth Magnetic Field Measurement

Algorithm for autonomous navigation of low earth orbit satellite using magnetic measurements

Design and implementation of autonomous navigation of constellation

UPF based autonomous navigation scheme for probe encountering small celestial body

Observability Analysis of Deep Space Autonomous Navigation System

Study on Autonomous Navigation and Vehicle Body Lateral Control of Wheeled Self-Propelled Gun

Simulation Study on Moon's Perturbation in Satellite Autonomous Navigation

Design of Ground Station of Autonomous Navigation System for Super- Mini Aerial Vehicle using GPS

Fast Cut-uncut Segmentation of Textural Natural Image for Autonomous Navigation

Research on the Spacecraft Autonomous Navigation Using Pulsars

Autonomous Navigation of Micro-satellite Formation Flying Using GPS

Research of self-study type GPS vehicle autonomous navigation instrument

Application of Adaptive Particle Filtering in Satellite Autonomous Navigation Based on Ultraviolet Sensors

Autonomous Navigation on Normal environment

Nonlinear Fault Tolerant Filtering Application Based on Magnetometer in Autonomous Navigation

Autonomous navigation and guidance for soft-landing asteroid

The Vision System and Autonomous Navigation System for the Lunar Rover

Development of Autonomous Navigation for Flight Control System of an Unmanned Air Vehicle

Satellite Autonomous Navigation by Starlight Angle with UKF

A New Autonomous Navigation Technique--The Vision System with Single Camera

Research on the Fault Tolerant UKF Applied on Autonomous Navigation

Autonomous Navigation for Landing on Small Celestial Body

Research on Machinery Vision Technology and GPS in Field of Autonomous Navigation of Agriculture Vehicle

Autonomous Navigation Based on Absolute Velocity Measuring Instrument

Autonomous Navigation Using Radar Altimeter and Star Sensor Based on Parallel Navigation Computer

Neural Network Controller Design for Autonomous Navigation of Intelligent Vehicle Based on Vision

Spacecraft Autonomous Navigation Based on Ultraviolet Sensors

Satellite Autonomous Navigation Based on Ultraviolet Sensors

Satellite autonomous navigation by stellar refraction based on a star sensor

Autonomous Navigation for Lunar Satellite based on the Optical Information of Sun-Earth-Moon

Research on Spacecraft Autonomous Navigation Based on UKF Algorithm

A New Method of Autonomous Navigation for Deep Space Explorer Based on Information Fusion

spacecraft autonomous navigation based on ssukf algorithm

Research on Autonomous Navigation for Satellite during New-Moon Period Based on SEMOI