What is the average between times between failure?
The average time between disorders is the measurement of the average amount of time that occurs between the failures of the catastrophic system in the computer system. In order to calculate the average time between failure, the system must work and then fail. The system is then repaired and returned to operation, where it eventually fails. Meanwhile, the time between these failures is the first value - because the system accumulates more failure, the diameter becomes more accurate.
This concept consists of two basic concepts: average time and failure. The type of diameter is the arithmetic mean, better known as the average. As with all diameters, the more numbers used to calculate the diameter, the more accurate the end result. Since computer systems are constantly failing, the average time is generally the average of a large number of different systems that are all used and built in a similar way.
The second large part of the term is failure. In computer conditions, there are many different types of failure. In thisADA is a failure of the system full shutdown. The system is interrupted over its ability to continue operation and must be repaired before it can go back into operation. If one part of the computer fails, the only memory wand is not considered to be a failure in calculating the average time between failure. In addition, planned downtime, such as maintenance, is not a failure.
These values are often used as a sign of early warning of undiagnosed hardware problems. If the average system time between failure is very low, then somewhere in the system is obviously a problem. Computer designers also look at what caused failure except time. This gives a clearer indication of where the problem can exist and what must happen to be repaired.
Maintenance use the average time between failing to design their stalk maintenance. If one system pushes its average time while the other is months away, it makes it easier to determinewhich the system works first. Full revision and inspection will not technically reset the average system time, but should create longer intervals between failure, which effectively pushes the average time higher.
The average time between failure is only one of the many values used in the computer and the manufacturing industry to indicate system failure. Other common terms include the average failure time, how long it lasts for the first time and the average time between critical failures in failure that is important but does not use offline. Among the replacement of the unit is also an average time that measures the average time before one system must be replaced by another.