**Correct Answer:
The analysis of the change in reliability over time **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A structured framework for analyzing the functions and potential failure modes for a physical asset **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Reliability **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The non-quantifiable point-level excellence of a product or process **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A model that can account for multiple non-thermal stresses as acceleration factors **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
It records the product and process characteristics that are important to keep under control. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A high level chart **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Plotting failure time vs. unreliability **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The plotted points fall on a relatively straight line **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Probability density function **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Close to 0 **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The system has not failed. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Qualitative ratings used to estimate the likelihood of occurrence for each cause of failure. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To estimate the likelihood of occurrence for each cause of failure **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
C. F. Gauss **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
It avoids potentially large errors brought about by making incorrect assumptions about the distribution. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Wider **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Non-homogeneous Poisson process **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Constant failure recurrence rate **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Mean time to repair **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
"mean time to failure" **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Mean time between failures **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A method of generating values from a known distribution for the purposes of experimentation. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Modified Gompertz model **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The probability that the item's failure will be due to the failure mode under consideration. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Mode Ratio **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To model data with distinct subpopulations that may represent different failure characteristics over the lifetime of a product. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
50% **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Average Life **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Mean life **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The parameter values that maximize the value of the likelihood equation for a particular data set. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Activities intended to repair or maintain a system **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The probability that a failed unit will be repaired within a given amount of time. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Physical fatigue **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A reliability growth model based on the number of trials and successes at each stage of product development. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Likelihood ratio **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Maximize the likelihood function to determine the best parameter estimates. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Life-stress relationship **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To mathematically model the reliability and failure characteristics of a product. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A type of interval censored data where the failure is only known to have occurred before a specific time. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
An estimator used to calculate the estimates of the unreliability for probability plotting purposes. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To calculate the estimates of the unreliability for probability plotting purposes **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A model commonly used when the accelerating factor is a single, non-thermal stress. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Data that represents a range of time within which the unit is known to have failed **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A measure of the relative contribution of a component’s contribution to the overall system’s reliability. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Highly accelerated stress screening **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Highly accelerated life testing **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
S-shaped reliability growth curve **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To mimic the attributes of other distributions **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The ability to mimic the attributes of other distributions **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A model that can account for multiple non-thermal stresses as acceleration factors **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Select a life-stress relationship for each stress **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The variability of estimated parameter values **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To determine confidence bounds when using maximum likelihood estimation (MLE) techniques. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failures per unit time among surviving units **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure modes, effects and criticality analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Criticality analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure modes and effects analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure modes and reliability analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure mode and effects analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure effect categorization **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Failure distribution **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A mathematical model that describes the probability of failures occurring over time. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
An accelerated life testing model based on quantum mechanics **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A lifetime statistical distribution that assumes a constant failure rate for the product being modeled. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A constant failure rate for the product being modeled. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A method for determining the reliability of complex systems. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A reliability growth profile **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The amount of time during which a repairable unit is not operating. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To estimate the likelihood of prior detection for each cause of failure. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To estimate the likelihood of detecting a problem before it reaches the end user or customer. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Design reviews based on failure mode **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To ensure the product is reliable **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A Failure Modes and Effects Analysis **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To improve the design of a subsystem or component. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To predict the point at which each unit in the sample is expected to fail. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A method for determining the reliability of complex systems **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A function obtained by integrating the failure distribution pdf. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To prioritize issues that takes into account the probability of failure for the item **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Cumulative damage model **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Keeping track of characteristics that affect a product during the manufacturing process **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A graphical representation of the possible solutions to the likelihood ratio equation. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A measure of the precision of a statistical estimate **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Conditional reliability **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A block diagram that cannot be reduced to series and/or parallel systems. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Data that consists of only exact failure times. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A failure mode **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Data in which not all of the data points represent exact failure times. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Censored data **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
A diagram that represents how the components, represented by "blocks," are arranged and related reliability-wise in a larger system. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The time at which 10% of the population will have failed **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The time at which X% of the units in a population will have failed **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
An accelerated life testing model used in accelerated life testing to establish a relationship between absolute temperature and reliability. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Estimated completion dates **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Analysis of Variance **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
Army Material Systems Analysis Activity **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
AMSAA maturity prediction model **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
The ratio of the product’s life at the use stress level to its life at an accelerated stress level. **

**Note:** This Question is unanswered, help us to find answer for this one

**Correct Answer:
To obtain reliability information about a product in a shorter time. **

**Note:** This Question is unanswered, help us to find answer for this one