Vibration Attenuation Approach for Spaceborne Optical Interferometers
This paper proposes a vibration attenuation strategy for spaceborne optical interferometers to meet their sub-micron positional stability requirements.
Spaceborne↗
Engineering topics
Melody, J. W.
Publications and source records attributed to Melody, J. W..
Optimal Passive Damper Placement Methodology for Interferometers Using Integrated Structures/Optics Modeling
This paper focuses specifically on passive structural damping with the goal to lower the control demand on active optics.
passive↗
Integrated Modeling Methodology Validation Using the Micro-Precision Interferometer Testbed: Assessment of Closed Loop Performance Prediction Capability
This paper validates the integrated modeling methodology used for design and performance evaluation of complex opto-mechanical systems, particularly spaceborne interferometers.
integrated↗
Control Technology Readiness 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↗
Experimental Verification of Integrated Opto-Structural Model Predictions
The JPL Micro-Precision Interferometer (MPI) is a testbed for studying the use of control-structure interaction and vibration isolation technology in the design of precision space-based interferometry.
interferometer nanometer optical control disturban↗
Integrated Modeling Methodology Validation Using the Micro-Precision Interferometer Testbed
This paper validates the integrated modeling methodology used for design and performance evaluation of complex opto-mechanical systems, particularly spaceborne interferometers. The methodology integrates structural modeling, optical modeling, and control system design into a common environment, the Integrated Modeling of Optical Systems (IMOS) software package.
opto-mechanical↗