Reliability

| |SHUZWORLD | Memo To:Shuzworld Managers From:Mary Patterson CC:Cynthia Crowinshield Date:12/3/2012 Re:Reliability of the Computer Driver Shoe tool Process As you argon aware I was asked by Mr. Dieter Handel to show what the flowing dependability of the railway cars were, how to improve reliability and in case of failure stern up unmatchable of the gondolas with a appliance that leave perform with the same reliability. Since we are 3 individual machines and operators the turn formula to use is Rs. to each one machine has its own send of reliability, which is feasible with the decision compend tool. The formula is very simple. We calculate the output from all leash machines and multi ply. Then we have our general rate for all trinity jobs combined. See the following map: |(untitled) Solution | | |Parallel schema 1 |Parallel system of rules 2 |Parallel system 3 | |Component 1 |.84 |.91 |.99 | |Prll System Rel |.84 |.91 |.99 | | general Reliability |.7568 | | | | | | | | As you can apprehend by the chart, respectable now the reliability of all three jobs is .7568 or locomote .76 Next I was asked to back up one machine in case the other failures. This is referred to Redunda! ncy. utilize this analysis leave behind ensure that if the machine with the lowest reliability breaks down (Job 1), whence it result have job 2 to fall back on. The formula is created by (the probability of the offset printing machine breaking don) x (the probability that the backup machine will work) x (the...If you want to get a entire essay, coif it on our website: OrderCustomPaper.com

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