Richard House: Redirected page to Crow Extended - Continuous Evaluation#p Ratio

2012-08-24T02:35:36Z

Redirected page to Crow Extended - Continuous Evaluation#p Ratio

← Older revision		Revision as of 02:35, 24 August 2012
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			#REDIRECT [[Crow_Extended_-_Continuous_Evaluation#p__Ratio]]
	~~===<math>p</math> Ratio===~~
	~~<br>~~
	~~In the Crow Extended~~ - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time <math>T</math> . This is the additional (third parameter), as compared to the Crow Extended model. We define <math>p</math> as:

	~~::<math>p=\frac{\text{All modes such that, if seen, will be corrected at time }T\text{, or later}}{\text{All failure modes such that, if seen, the corrective action will be delayed}}</math>~~


	It is assumed that the ratio <math>p</math> remains fixed over . This implies that each time a distinct failure mode is seen, the probability that the corrective action is delayed until time <math>T</math> or later is <math>p</math> . In other words, each time a new BD mode is seen over <math>(0,T)</math> there is a probability <math>p</math> that the corrective action for that mode will not have been incorporated into the system by time <math>T</math> . Under the Crow Extended two-parameter model, this probability is always equal to 1 at time <math>T.</math>

Nicolette Young: Created page with ' === $p$ Ratio===
In the Crow Extended - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time $T$ .…'

2012-01-10T21:25:27Z

Created page with ' ===<math>p</math> Ratio=== <br> In the Crow Extended - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time <math>T</math> .…'

New page

===<math>p</math> Ratio===
<br>
In the Crow Extended - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time <math>T</math> . This is the additional (third parameter), as compared to the Crow Extended model. We define <math>p</math> as:

::<math>p=\frac{\text{All modes such that, if seen, will be corrected at time }T\text{, or later}}{\text{All failure modes such that, if seen, the corrective action will be delayed}}</math>

It is assumed that the ratio <math>p</math> remains fixed over . This implies that each time a distinct failure mode is seen, the probability that the corrective action is delayed until time <math>T</math> or later is <math>p</math> . In other words, each time a new BD mode is seen over <math>(0,T)</math> there is a probability <math>p</math> that the corrective action for that mode will not have been incorporated into the system by time <math>T</math> . Under the Crow Extended two-parameter model, this probability is always equal to 1 at time <math>T.</math>

Template:P ratio crow rga - Revision history

Richard House: Redirected page to Crow Extended - Continuous Evaluation#p Ratio

Nicolette Young: Created page with ' ===p Ratio=== In the Crow Extended - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time T .…'

Nicolette Young: Created page with ' === $p$ Ratio===
In the Crow Extended - Continuous evaluation, there is a certain probability of not incorporating a corrective action by time $T$ .…'