Adaptive optics in astronomy : 17-18 March 1994, Kona, Hawaii /
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| Imprint: | Bellingham, Wash., USA : SPIE, c1994. |
|---|---|
| Description: | xiv, 1164 p. : ill. ; 28 cm. |
| Language: | English |
| Series: | Proceedings / SPIE--the International Society for Optical Engineering ; v. 2201 Proceedings of SPIE--the International Society for Optical Engineering v. 2201. |
| Subject: | |
| Format: | Print Book |
| URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/1672272 |
Table of Contents:
- Adaptive optics at the University of Hawaii I: current performance at the telescope
- Observations of faint objects with laser beacon adaptive optics
- W.M. Keck Observatory adaptive optics program
- Adaptive optics system for the Very Large Telescope
- Beams and image formation with adaptive correction
- Adaptive optics: a general purpose system for astronomy
- Wavefront compensation using active lenses
- Synthetic aperture adaptive optics concept
- Analysis and simulation of aperture-sizing strategies with partial adaptive optics
- Optimizing the locations of multiconjugate wavefront correctors
- Theoretical point-spread function for modal adaptive optics
- Adaptive optics at the University of Hawaii III: the adaptive optical PSF
- Anisoplanatism effects on diffraction-based performance calculations in adaptive optical systems
- Canada-France-Hawaii Telescope adaptive optics bonnette II: simulations and control
- Adaptive optics for in-orbit spherical aberration correction
- Fractal nature of atmospherically degraded wavefronts: an aid to prediction
- Issues in the design and optimization of adaptive optics and laser guide stars for the Keck telescopes
- Implication of atmospheric models on adaptive optics designs
- Adaptive optics package designed for astronomical use with a laser guide star tuned to an absorption line of atomic sodium
- Distortion of light beam and correction of adaptive optics in the atmosphere
- Optimal wavelength selection for adaptive optics telescopes
- Software package for adaptive optics performance analysis
- Impact of segmentation errors and detector quantization on nonsolar planet detection using a space-based adaptive optical telescope
- Performance simulation and experimental results of low-order adaptive optics systems in conjunction with computer postprocessing
- Astronomical constraints of laser-beacon adaptive optics systems I: the tracking problem
- Implementation of cw- and pulsed-laser beacons for astronomical adaptive optics systems
- Measurement of focus and off-axis anisoplanatism using a sodium resonance beacon and binary stars
- Simulation and analysis of laser guide star adaptive optics systems for the 8- to 10-m-class telescopes
- Measurement of atmospheric coherence length and isoplanatic angle
- High-speed seeing measurements at the Keck Telescope
- Time series of atmospherically distorted wavefronts
- Fundamental limitation in adaptive optics: how to eliminate it? A full-aperture tilt measurement technique with a laser guide star
- Sodium laser guide star system at Lawrence Livermore National Laboratory: system description and experimental results
- Field evaluation of two new continuous-wave dye laser systems optimized for sodium beacon excitation
- Design of a fieldable laser system for a sodium guide star
- Preliminary closed-loop results from an adaptive optics system using a sodium resonance guide star
- Point-ahead-compensated illumination tests using the 500-channel Innovative Science and Technology Experimental Facility adaptive optics system
- Compensated imaging over arcminutes with fringes in the sodium layer
- First light on an edge-matched segmented adaptive mirror at the McMath Telescope
- Adaptive optics for the 6.5-m single mirror conversion of the Multiple Mirror Telescope
- Binary adaptive optics: a status report
- Adaptive optics performance analysis for the Gemini 8-m Telescopes Project
- Astronomical adaptive optics system for use on a 4-m-class telescope at optical wavelengths
- High-resolution infrared imaging utilizing a tip-tilt secondary mirror
- Description of the Chicago Adaptive Optics System (ChAOS)
- Images of asteroids 1 Ceres, 2 Pallas, and 4 Vesta with adaptive optics at the Starfire Optical Range
- Adaptive optics at Lick Observatory: system architecture and operations
- Hartmann wavefront sensing with an artificial neural network processor
- New pupil-plane wavefront gradient sensor
- Adaptive optics at the University of Hawaii IV: a photon-counting curvature wavefront sensor
- Performance comparison of the shearing interferometer and Hartmann wavefront sensor
- Curvature-based wavefront sensor for use on extended patterns
- Curvature sensing analysis
- Novel wavefront sensor used in adaptive optics: Zernike polynomials coefficients sensor
- Single-image wavefront curvature sensing
- Experiments on wavefront sensing at La Palma
- Modified Hartmann-Shack wavefront sensing and iterative wavefront reconstruction
- Multitiered wavefront sensor using binary optics
- New circular radial-scan frame-storage CCDs for low-order adaptive optics wavefront curvature sensing
- Development of a low-noise high-frame-rate CCD for adaptive optics
- Rapid-framing CCDs with 16 output ports for laser guide star sensors
- Avalanche photodiodes and area CCDs for fast-guiding and wavefront-sensing applications
- Large-telescope natural guide star adaptive optics system
- Wavefront reconstruction by machine learning using the delta rule
- Zernike decomposition of anisoplanatism for laser beacons and natural guide stars
- Multiframe blind deconvolution with high photon noise
- Novel avalanche photodiode for adaptive optics
- Wavefront reconstruction algorithms for astronomical adaptive optics systems
- Wavefront reconstruction methods for a natural guide star adaptive optics application to the Keck Telescope
- Xinetics low-cost deformable mirrors with actuator replacement cartridges
- Adaptive optics: description of available components at Laserdot
- Bimorph deformable mirror design
- High-bandwidth interferometer for real-time measurement of deformable mirrors
- Quasi-hexagonal deformable mirror geometries
- High-performance deformable mirror for wavefront compensation
- Effect of hysteresis on the performance of deformable mirrors and methods of its compensation
- Membrane deformable mirror for SUBARU adaptive optics
- Efficiency of deformable and segmented mirrors for correction of turbulence-induced wavefront distortions
- Fabrication and testing of a large active primary reflector structure
- Interferometric measurement and analysis of influence functions for a large deformable mirror
- Optimizing a deformable secondary mirror for adaptive optics
- Highly variable curvature mirrors for the Very Large Telescope Interferometer
- Design and operation of the infrared chopping secondary mirror for the Keck 10-m telescope
- PUEO: the Canada-France-Hawaii Telescope adaptive optics bonnette I: system description
- Technology for quiet optical systems in space
- Correctability modeling of a large deformable mirror
- Artificial intelligence system and optimized modal control for the ADONIS adaptive optics instrument
- Adaptive optics at the University of Hawaii II: control system with real-time diagnostics
- Experiments in modeling and control of the ASCIE segmented reflector
- Adaptive optics: a method for real-time optimization of the loop gains in AO systems
- Pamela: progress report on a 0.5-m-diam telescope with a 36-segment adaptive primary mirror
- Experiments with adaptive nonlinear control systems for atmospheric correction
- Optimizing closed-loop adaptive optics performance using multiple control bandwidths
- Coupling efficiency of starlight to low-order-mode optical fibers using adaptive optics: rationale and experiments using the Wavefront Control Experiment
- Adonis: a user-friendly adaptive optics system for the ESO 3.6-m telescope
- Five-order correction adaptive optics system for meter-class telescopes
- Study of anisoplanatism using binary stars
- Low-order adaptive optics and single-mode fibers in stellar interferometry
- Estimating residual aberrations from images taken at the user focus of a telescope compensated by adaptive optics
- Nonreciprocal optical systems with phase-conjugating mirrors: the new class of optical imaging systems
- Wide-aperture laser telescope with the phase-conjugation compensation of the segmented main mirror
- Segmented mirror control system
- Optical wavefront corrector based on liquid crystal concept
- Mirror temperature stabilization and deformation by local heaters
- Adaptive (immunized) speckle interferometry concept
- Some features of segmented mirror fabrication and testing
- New optical systems
- Correction of anisoplanatic blur by using phase diversity
- Wavefront control using a 64x64-pixel liquid crystal array
- UnISIS: University of Illinois Seeing Improvement System (UnISIS)--an adaptive optics instrument for the Mt. Wilson 2.5-m telescope
- Performance and results of the COME-ON+ adaptive optics system at the ESO 3.6-m telescope
- Astrophysical results with the COME-ON+ adaptive optics system
- Performance of adaptive optics at Lick Observatory
- Field tests of the Wavefront Control Experiment
- Active optics and coronagraphy with the Hubble Space Telescope
- Experimental adaptive optics system
- Adaptive optics with liquid crystal phase screens
