Engineering topics
Publications and source records attributed to Amoozegar, F..
This paper discusses the large array background, scope, and evolution, and some of the lessons learned from preliminary studies of the uplink array.
Recent advances in space technology for Earth observations, global communications, and positioning systems have created heavy traffic at a variety of orbits. These include smart sensors in low Earth orbits (LEO), internet satellites in LEO and GEO orbits, Earth observing satellites in high Earth orbits (HEO), observatory class satellites at Lagrangian libration points, and those heading for deep space.
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The objective of this paper is to compare the operational and performance cost factors for an Optical Deep Space Network (OSDN).
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The objective of this paper is to provide a survey of neural network trends as applied to the tracking of spacecrafts in deep space at Ka-band under various weather conditions and examine the trade-off between tracing accuracy and communication link performance.
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In this paper we will discuss and analyze various ways that phased array technology can be utilized to provide multifunction capabilities for planetary space applications.
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The objectives of the operational demonstration are to verify that the anticipated benefits of the higher carrier frequency can actually be realized under realistic operating conditions, and if possible to provide a significant enhancement to scientific data return.