Hi, need to submit a 1500 words paper on the topic Reliability and Availability. Other areas of interest may include assessing the expected number of failures during the warranty period, evaluating the rate of wear out and determining when to replace the whole systems. When addressing the reliability characteristics of the complex repairable systems, a process used instead of a distribution, the most common process model is the power law model (STAPELBERG, 2009). This model is popular for a few reasons. one is that truly practical foundation in terms of minimal repair. In this situation, when the repair of the system is enough to get the system operation again, secondly, if the period of the first period follows the distribution, then each succeeding the failure is governed by the power law model in case of minimal repair.

Hi, need to submit a 1500 words paper on the topic Reliability and Availability. Other areas of interest may include assessing the expected number of failures during the warranty period, evaluating the rate of wear out and determining when to replace the whole systems. When addressing the reliability characteristics of the complex repairable systems, a process used instead of a distribution, the most common process model is the power law model (STAPELBERG, 2009). This model is popular for a few reasons. one is that truly practical foundation in terms of minimal repair. In this situation, when the repair of the system is enough to get the system operation again, secondly, if the period of the first period follows the distribution, then each succeeding the failure is governed by the power law model in case of minimal repair.

A system failure occurs when the system does not meet the requirements, failing to designate the target. A system failure analysis is an investigation conducted to determine the underlying reasons for the non-conformance to systems requirements. The performance analysis is performed in order to recommend the appropriate corrective actions.

System reliability is substantial challenges in system proposal unreliable systems are not only a significant source of user frustration, and also expensive (BLOCH, 2009). Avoiding downtime and the actual downtime make more than forty percent of the total cost of ownership for the modern systems. Unfortunately, with the introduction of the large constituent total in today’s large-scale systems are becoming the rule rather than exemption. System reliability has been a key concern since the first computer systems were built 50 years ago, we know little about the basic characteristics of the failures in real systems.