active redundancy造句

• The historic AN / UYK-43 architecture includes active redundancy.
• Electrical power systems use power scheduling to reconfigure active redundancy.
• Two kinds of redundancy are passive redundancy and active redundancy.
• Active redundancy in active components requires reconfiguration when failure occurs.
• Electrical power distribution provides an example of active redundancy.
• This is called active redundancy, which requires no maintenance to prevent mission failure.
• Active redundancy is required for systems that cannot be maintained, such as satellites.
• Active redundancy is used in complex systems to achieve high availability with no performance decline.
• This concept is applicable to mission critical systems that incorporate active redundancy and fault reporting.
• Error detection and correction and the Global Positioning System ( GPS ) are two examples of active redundancy.
• Active redundancy eliminates performance declines by monitoring the performance of individual devices, and this monitoring is used in voting logic.
• Active redundancy may introduce more complex failure modes into a system, such as continuous system reconfiguration due to faulty voting logic.
• Formal design philosophies involving active redundancy are required for critical systems where corrective labor is undesirable or impractical to correct failure during normal operation.
• Satellites placed into orbit around the earth must include massive active redundancy to ensure operation will continue for a decade or longer despite failures induced by normal failure, radiation-induced failure, and thermal shock.