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Essay / Research Paper Abstract
5 pages in length. The small earth stations that transport information back to recipients of direct-to-home access,
as well as access to databases and management information systems, are known in the industry as Very Small Aperture Terminals (VSAT). Coming out of the technological urge for an even smaller application, engineers have developed USATs, which are Ultra Small Aperture Terminals. Their goal: to decrease the already miniaturized VSA version that varies from a one point two to two point four meter range to one that is even smaller and more effective. Typically, USATs are less than one meter in size, which establishes them as being significantly smaller than VSATs. The writer discusses whether or not USATs are able to use multi-hop circuits for signal connectivity. Bibliography lists 5 sources.
Page Count:
5 pages (~225 words per page)
File: D0_Usatcirc.doc
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Unformatted sample text from the term paper:
urge for an even smaller application, engineers have developed USATs, which are Ultra Small Aperture Terminals. Their goal: to decrease the already miniaturized VSAT version that varies from a
one point two to two point four meter range to one that is even smaller and more effective. Typically, USATs are less than one meter in size, which establishes
them as being significantly smaller than VSATs. The question surrounding this newer technology, however, concerns whether or not USATs are able to use multi-hop circuits for signal connectivity.
For all intense and purposes, it appears as though USATs are able to use multi-hop circuits for signal connectivity because in order to do
so, all but one point on multi-hop circuits are required to support almost complete reflection. This must be adhered to, as the power that is ultimately expended through a
scattering region will not have the necessary capability of supplying yet another scattering region. It is at this point that a multiplication of the multi-hop E-layer can occur.
What one also has to be aware of, however, is that fact that the D-layer is not proficient enough to reflect such signals when faced with short wave frequencies.
One thing that is essential to note is the importance of this difference in that D-layer communications virtually always utilize a single circuit case, except under such exceptional conditions as
"fancy geomagnetic" (Hubach dlayer.htm). Another aspect that may make it conducive for the USAT to utilize multi-hop circuits for signal connectivity is the
consideration of ionoscatter. The characteristics are conceivable in the long range vision of USAT usage in that its inherent diurnal variation is significant with relation to not only scatter
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