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OGS and CubeSat point beacon lasers at each other for precise attitude control.
Simulation results show that precise attitude control is accomplished based on the proposed method.
Simulation results for the spacecraft model show precise attitude control and vibration suppression.
Hence, the satellites can achieve precise attitude control under low power, space, and mass constraints using this proposed method.
Given the precise attitude control systems emerging in the commercial market, Cubesats now have the ability to slew and capture images within short notice.
This paper addresses the problem of simultaneous depth tracking and precise attitude control of an underwater towed vehicle integrated in a two-stage towing arrangement.
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Simulation results for the spacecraft model show that the precise attitudes control and vibration suppression are successfully achieved.
PRECISE focuses on the research and development of a MEMS-based monopropellant micro chemical propulsion system for highly accurate attitude control of satellites.
The system holds promise for application in oceanographic missions that require depth tracking or bottom-following combined with precise vehicle attitude control.
These concepts require propulsion systems for precise attitude and orbit control manoeuvrability.
An effective homing guidance system with precise vehicle dynamic attitude control capability is essential for reliable docking of Autonomous Underwater Vehicles (AUV).
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