191 results on '"Norton, Charles D."'
Search Results
52. Electronic alignment for the CubeSat Infrared Atmospheric Sounder
53. HYTI: thermal hyperspectral imaging from a CubeSat platform
54. Coordinated Ionospheric Reconstruction CubeSat Experiment (CIRCE) mission overview
55. CIRiS, a CubeSat-compatible, imaging radiometer for earth science and planetary missions
56. Compact total irradiance monitor flight demonstration
57. In-orbit demonstration of artificial intelligence applied to hyperspectral and thermal sensing from space
58. Advances in the optical design of a spatial heterodyne interferometer deployed on a 6U-CubeSat for atmospheric research
59. Assessing nanosatellite capabilities for accurate water-leaving radiance retrievals in coastal ocean waters: a forced aerosol model approach
60. Team Xc: JPL's collaborative design team for exploring CubeSat, NanoSat, and SmallSat-based mission concepts
61. 64. Public Budgeting
62. NASA ESTO's strategic investments in space-based radiometer technology and flight validation
63. LetSat-1: a GPU technology demonstrator and AI navigation system
64. A small satellite mission for solar coronagraphy
65. Evaluation of UV optics for triple tiny ionospheric photometers on CubeSat missions
66. Analysis of a dual CubeSat communication system for a formation-flying experiment
67. Preliminary studies of the impact on temperature of a high-power laser on-board a 6U CubeSat
68. Thermal control analysis on a 6U CubeSat equipped with a high-power laser
69. Energy subsystem analysis for a 6U CubeSat mission utilizing high-power laser and FT-IR spectrometer
70. Spectrometer subsystem for a CubeSat mission to test Remote Laser-Evaporative Molecular Absorption (R-LEMA) spectroscopy concept in the space environment
71. High-power laser subsystem for a 6U CubeSat mission
72. Control system development for an R-LEMA testing CubeSat experiment
73. Remote Laser Evaporative Molecular Absorption (R-LEMA) spectroscopy laboratory experiments
74. Experimental design for remote laser evaporative molecular absorption spectroscopy sensor system concept
75. A CubeSat mission for space-environment demonstration of Remote Laser-Evaporative Molecular Absorption (R-LEMA) spectroscopy sensor system concept
76. Inter-satellite omnidirectional optical communicator for remote sensing
77. A constellation of MicroSats to search for NEOs
78. Overview of Primitive Object Volatile Explorer (PrOVE) CubeSat or Smallsat concept
79. Overview of Phobos/Deimos Regolith Ion Sample Mission (PRISM) concept
80. The Lunar Flashlight CubeSat instrument: a compact SWIR laser reflectometer to quantify and map water ice on the surface of the moon
81. Nature of and lessons learned from Lunar Ice Cube and the first deep space cubesat 'cluster'
82. Constellations of CubeSats to exploit signals-of-opportunity for Earth system science
83. Hawkeye ocean color instrument: performance summary
84. Snow and Water Imaging Spectrometer (SWIS): CubeSat configuration and design
85. Data system design for a hyperspectral imaging mission concept
86. The Transition and Adoption to Modern Programming Concepts for Scientific Computing in Fortran
87. Why Fortran?
88. Spaceborne flight validation of NASA ESTO technologies
89. Sensor web technology challenges and advancements for the earth science decadal survey era
90. Data system design for a hyperspectral imaging mission concept
91. An evaluation of the Xilinx Virtex-4 FPGA for on-board processing in an advanced imaging system
92. Extending OSSE beyond numerical weather prediction to new areas in Earth observing science
93. Model-Based Verification and Validation of Component Structures for RF and Optical Experimental Systems
94. Why Fortran?
95. High Performance Computing for Mission-Enabling Space Applications
96. The Transition and Adoption to Modern Programming Concepts for Scientific Computing in Fortran
97. A Simplified Method for Implementing Run-Time Polymorphism in Fortran95
98. THE COMMON COMPONENT ARCHITECTURE (CCA) APPLIED TO SEQUENTIAL AND PARALLEL COMPUTATIONAL ELECTROMAGNETIC APPLICATIONS
99. Parallel Unstructured AMR and Gigabit Networking for Beowulf-Class Clusters.
100. 'Gotcha' correction
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