The phrase "autonomous navigation guidance" is correct and usable in written English.
It can be used in contexts related to technology, robotics, or transportation, particularly when discussing systems that enable self-directed movement or navigation.
Example: "The new drone features advanced autonomous navigation guidance, allowing it to fly without human intervention."
Alternatives: "self-directed navigation support" or "automated navigation assistance.".
Other on-board systems tested during the descent included the autonomous navigation, guidance and control systems.
Their experimental vehicle, known as the Reusable Launch Vehicle-Technology Demonstrator (RLV-TD) reached Mach 5, survived high re-entry temperatures, and was used to test critical technologies such as autonomous navigation, guidance and control, and a reusable thermal protection system.
Based on the precision requirement, the technology challenges of autonomous navigation and guidance for Mars pinpoint landing are discussed.
Third, some proposed autonomous navigation and guidance methods including hazard detection and avoidance for lunar soft landing are analyzed.
This paper systematically summarizes the latest developments and current status of autonomous navigation and guidance designs for Mars landing missions.
Autonomous navigation and guidance in the Mars approach, entry, descent, and landing (AEDL) phase plays an important role in fulfilling a pinpoint landing mission.
The main control actions are holding altitude, velocity, pitch and bank angles at desired operating conditions, which are also important for autonomous navigation and guidance purposes.
Finally, aiming to support future Mars pinpoint landing missions, a comprehensive prospective for the development of autonomous navigation and guidance is presented.
But there's enormous demand for improvements in time-keeping, whether for high-frequency trading, navigation, guidance, or autonomous vehicles.
The paper describes the development of the Navigation, Guidance and Control system of a small, prototypal Autonomous Surface Vehicle (ASV), which is part of an ASV/UUV (Unmanned Underwater Vehicle) robotic system.
Using line-of-sight guidance principles, navigation trajectories could be calculated in real-time providing autonomous navigation between user designated waypoints.
