Inflatable Membrane Reflector and Shape-Memory Polymer Antenna Developed for Space and Ground Communications Applications>
Software-Defined Radio Architecture Framework Developed for Space-Based Radios>
Software-Defined Radio Technology Analyzed for Space Exploration Scenario>
Reconfigurable, Software-Defined Waveform Developed on the Basis of theSoftware Communications Architecture>
Multifocal Flat Lens Demonstrated With Left-Handed Metamaterial
Robust Circuit Designs Developed for High-Frequency Vacuum Electronics Amplifiers>
High-Efficiency Power Combining of Ka-Band Traveling-Wave Tubes Demonstrated for High-Data-Rate Space Communications>
Lunar Radometric Navigation Analysis
Mobile Router Technology Investigated for Space Radiation Effects>
Advanced Extravehicular Activity Subsystems Tested at Desert Research and Technology Studies Field Outing>
Architectures and Protocols Assessed for Optical Networks Deployed on Aircraft Communication Systems>
Phase I Space Communications Testbed Developed
Last updated: October 12, 2006 11:11 AM
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