Add to ORKGThe AIROscope pointing and stabilization system is described. The system is configured with three gimbal axes and rate integrating gyro stabilization to provide a stable platform for infrared astronomy. Error signals for on and off-axis pointing are derived from a video sensor which also drives a ground station display. Other features of the system include direct drive torque motors and electronic suspension damping. Results of analysis and simulations used to design the control loops, and a pointing error analysis are presented
The video inertial pointing (VIP) system is being developed to satisfy the acquisition and pointing ...
The feasibility of using a digital controller to stabilize a telescope mounted in an airplane is inv...
Acquisition and stabilization are key features in pointing and tracking systems. For this thesis, ac...
A balloon-borne telescope system designed for astronomical observations at infrared wavelengths is d...
A 1-meter balloon-borne telescope has been constructed and flown to observe far-infrared radiation f...
The Video Inertial Pointing (VIP) System developed to satisfy the acquisition and pointing requireme...
The Space Telescope pointing control system is designed to meet the fine pointing performance of 0.0...
The Two Axis Pointing System (TAPS) is a 2 axis gimbal system designed to provide fine pointing of S...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
A new platform stabilization approach is described where miature, low-cost, linear accelerometers ar...
A pointing control system is developed and tested for a flying gimbaled telescope. The two-axis poin...
A recurrent requirement of spaceborne instruments and communications equipment is that of accurate p...
The acquisition system which operates in conjunction with a balloon-borne TV system, boresighted to ...
One of the most significant problems associated with the development of large orbiting astronomical ...
SOFIA, the Stratospheric Observatory for Infrared Astronomy, is an airborne observatory that will st...
The video inertial pointing (VIP) system is being developed to satisfy the acquisition and pointing ...
The feasibility of using a digital controller to stabilize a telescope mounted in an airplane is inv...
Acquisition and stabilization are key features in pointing and tracking systems. For this thesis, ac...
A balloon-borne telescope system designed for astronomical observations at infrared wavelengths is d...
A 1-meter balloon-borne telescope has been constructed and flown to observe far-infrared radiation f...
The Video Inertial Pointing (VIP) System developed to satisfy the acquisition and pointing requireme...
The Space Telescope pointing control system is designed to meet the fine pointing performance of 0.0...
The Two Axis Pointing System (TAPS) is a 2 axis gimbal system designed to provide fine pointing of S...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
A new platform stabilization approach is described where miature, low-cost, linear accelerometers ar...
A pointing control system is developed and tested for a flying gimbaled telescope. The two-axis poin...
A recurrent requirement of spaceborne instruments and communications equipment is that of accurate p...
The acquisition system which operates in conjunction with a balloon-borne TV system, boresighted to ...
One of the most significant problems associated with the development of large orbiting astronomical ...
SOFIA, the Stratospheric Observatory for Infrared Astronomy, is an airborne observatory that will st...
The video inertial pointing (VIP) system is being developed to satisfy the acquisition and pointing ...
The feasibility of using a digital controller to stabilize a telescope mounted in an airplane is inv...
Acquisition and stabilization are key features in pointing and tracking systems. For this thesis, ac...