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VSAT Service
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TECHNOLOGY ASSESSMENT
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VSAT personnel have set the
standard for Technology Assessment. A Technology Assessment provides an analysis of the
technology needs and of the technology which support the needs of a current or
future training system or simulation requirements. A VSAT technology assessment may be
applied to any simulation application including such applications as research
simulators. Where current systems exist, the technology assessment documents
the shortcomings. It also identifies technical improvements that may be applied in
either current or future systems. It identifies new and alternative technologies
which have the potential to improve existing media capabilities and provide new
alternatives. Technology assessments are tailored to the needs of a particular
program and may include:
 | Aerodynamics |
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 | Cockpit Systems |
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 | Radar |
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 | Electronic Warfare |
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 | Visual System |
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 | Instructor/Operator Systems |
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 | Environment |
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 | Computational System |
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 | Force Cueing |
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 | Networking |
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 | Computer-Based Training |
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 | Part Task Trainers |
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 | Distance Learning |
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The tasks to be
trained and their characteristics are identified. As part of the process, each of the
current media is rated as to how well it supports current and future training needs.
Capability shortfalls are identified for each system evaluated. This is done by: (1)
Interviews with instructors/media operators and maintenance personnel; (2) Completion of
questionnaires on the current media, and on simulation requirements by operational
crewmembers including flight instructors; and (3) Analysis of media design documentation,
specifications and test data. The required fidelity for each simulator system is
documented. This information becomes the baseline for identification of requirements
for new and improved technology. Candidate technology is identified which has the
potential to fill current performance gaps. Candidate technologies are compared and
ranked. Areas which are considered, where appropriate, in the technology
assessment include:
 | Technology Life -
Will the technology be outdated before or shortly after it becomes operational? If so, are
there better alternatives?.
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 | Life Cycle Cost -
Are the potential combined acquisition and support costs affordable and appropriate to the
benefits received?
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 | Commonality -
What degree of commonality between different media will the technology support
(i.e., common models, common software, common hardware or board design)?
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 | Risk - What kind
of technical risk does an approach present? Will new technology have to be developed? Will
the approach meet training performance requirements?
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 | Upgradeability -
As new technology improvements evolve, will the system be upgradeable to take advantage of
the performance offered by new technology?
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