231 results on '"Feautrier, Philippe"'
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52. Electronics design of the LOR WFS module of MAORY
53. MAORY for ELT: preliminary mechanical design of the support structure
54. LO WFS of MAORY: performance and sky coverage assessment
55. MAORY requirements flow down and technical budgets
56. The MAORY laser guide star wavefront sensor: design status
57. C-RED 2 InGaAs 640x512 600-fps infrared camera for low order wavefront sensing
58. The MICADO first-light imager for the ELT: towards the preliminary design review of the MICADO-MAORY SCAO
59. Precise alignment method for MAORY
60. Organization, management and risk analysis of the MAORY project
61. The MAORY ICS software architecture
62. Optical design of the post focal relay of MAORY
63. MAORY optical design analysis and tolerances
64. FLI P.Feautrier AO4ELT5 2017 WFSdetectors
65. C-RED One and C-RED2: SWIR high-performance cameras using Saphira e-APD and Snake InGaAs detectors
66. C-RED One and C-RED 2: SWIR advanced cameras using Saphira e-APD and Snake InGaAs detectors
67. MAORY: the adaptive optics module for the Extremely Large Telescope (ELT)
68. The MAORY ICS software architecture.
69. Wavefront sensing detectors: 2 decades of technological progress
70. Status of the MAORY numerical simulation tool
71. Infrared detectors for wavefront sensing
72. C-RED One : the infrared camera using the Saphira e-APD detector
73. Fast sub-electron detectors review for interferometry
74. LGSD/NGSD: high speed visible CMOS imagers for E-ELT adaptive optics
75. Dimensioning the MAORY real time computer
76. Accurate laser guide star wavefront sensor simulation for the E-ELT first light adaptive optics module
77. Getting ready for the first on sky experiment using an ELT-scaled elongated sodium laser guide star
78. C-RED one: ultra-high speed wavefront sensing in the infrared made possible
79. Joint MICADO-MAORY SCAO mode: specifications, prototyping, simulations and preliminary design
80. SAXO: the extreme adaptive optics system of SPHERE (I) system overview and global laboratory performance
81. C-RED One and C-RED2: SWIR high-performance cameras using Saphira e-APD and Snake InGaAs detectors.
82. Sphere: complete laboratory performance and prediction for on-sky first light
83. A Dedicated L3Vision CCD for Adaptive Optics Applications
84. Thermal Modeling of the Wide-Field Infrared Camera for the CFHT
85. Zero Noise Wavefront Sensor Development within the Opticon European Network
86. A Dedicated Controller for Adaptive Optics L3CCD Developments
87. Wave-front sensor strategies for SPHERE: first on-sky results and future improvements
88. NEAT breadboard system analysis and performance models
89. LGSD/NGSD: high speed optical CMOS imagers for E-ELT adaptive optics
90. OCAM2S: an integral shutter ultrafast and low noise wavefront sensor camera for laser guide stars adaptive optics systems
91. Very low noise Shack-Hartmann wavefront sensor for adaptive optics in the near-IR
92. Revolutionary visible and infrared sensor detectors for the most advanced astronomical AO systems
93. Overview of the MICADO SCAO system
94. The MAORY laser guide star wavefront sensor: design status
95. C-RED 2 InGaAs 640×512 600-fps infrared camera for low order wavefront sensing
96. MAORY for ELT: preliminary mechanical design of the support structure
97. High precision astrometry mission for the detection and characterization of nearby habitable planetary systems with the Nearby Earth Astrometric Telescope (NEAT)
98. Backside-illuminated, high-QE, 3e- RoN, fast 700fps, 1760x1680 pixels CMOS imager for AO with highly parallel readout
99. Advances in detector technologies for visible and infrared wavefront sensing
100. Linear photon-counting with HgCdTe APDs
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