Engineering topics
Neat, G.
Publications and source records attributed to Neat, G..
The dependence of the Micro-Arcsecond Metrology (MAM) testbed performance prediction on white light algorithm approach
This paper will compare the performance of various algorithms using the MAM data, and will aid in our recommendation of how the SIM flight system should process the science and guide interferometer data.
Micro-Precision Interferometer: Scoreboard on Technology Readiness for the Space Interferometer Mission
We investigate how the Space Interferometry Mission (SIM) will be able to meet some of its instrument astrometrics requirements.
Micro-Precision Interferometer: Pointing System Solutions for On-orbit Disturbance Environment
We predict the contribution to the on-orbit residual tip-tilt performance due to the reaction wheel disturbance, for different isolater and closed loop optics configurations for the Space Interferometer Mission (SIM).
Micro-Precision Interferometer: Pointing System Performance in On-orbit Disturbance Environment
We investigate how the Space Interferometry Mission (SIM) will be able to meet its instrument astrometric pointing requirements.
Micro-Precision Interferometer: A Method to Evaluate Disturbance Isolation Solutions
This paper describes a benchmark to assess performance of six-axis vibration isolation systems.
Overview of the MicroPrecision Interferometer Testbed
This paper gives an overview of the Micro-Precision Interferometer (MIP) testbed and its major achievements to date related to mitigating risk for future spaceborne optical interferometer missions.
Control Technology Lessons Learned: Case Study Using the Micro-Precision Interferometer Testbed
The paper presents a partial account of control lessons learned during the development of the Micro-Precision Interferometer (MIP) testbed.
Lessons Learned form Multiple Fidelity Modeling of Ground Interferometer Testbeds
The MicroPrecision Interferometer Testbed (MIP) at JPL is a dynamically and dimensionally representative hardware model of a future spaceborne optical interferometer.
Use of the Microprecision Interferometer Testbed for Developing Control Technology for Spaceborne Optical Interferometer Missions
This paper describes the Micro-Precision Interferometer (MPI) testbed and its major achievements to date related to mitigating risk for future spaceborne optical interferometer missions.
Micro-Precision Interferometer: Evaluation of New Disturbance Isolation Solutions
This paper describes a benchmark to assess performance of six-axis vibration isolation systems.