2 edition of Reliability assessment in the presence of reliability growth found in the catalog.
Reliability assessment in the presence of reliability growth
Alan J. Gross
Bibliography: p. 59.
|Statement||A. J. Grossman and M. Kamins.|
|Series||AD659 773, RM-5346-PR, Research memorandum (Rand Corporation) -- RM-5346-PR.|
|Contributions||Kamins, Milton. joint author.|
|The Physical Object|
|Pagination||vii, 59 p. :|
|Number of Pages||59|
OT&E of system reliability and reliability growth. (ELO #) • Determine risks and constraints when assessing system under test (SUT) reliability, maintainability, and availability against system requirements in DT&E and OT&E. (ELO #) • Critique methodologies for reliability growth . Reliability Growth Planning: Its Concept, Applications, and Challenges Tongdan Jin Assistant Prof. of Industrial Engineering Ingram School of Engineering Texas State University-San Marcos Novem .
A nursing professor administers three versions of a final exam to a class of students and compares the exams for reliability. This is a measure of: Equivalence (alternate forms reliability or stability, seeks to determine whether two forms of an instrument measure the same attributes). High reliability semiconductors has the ability to function under extreme conditions along a specified a period of time. The global market for high reliability semiconductors has been segmented on the basis of type, application and geography. Based on different types the global market has been segmented into discrete and analog.
Validity and reliability increase transparency, and decrease opportunities to insert researcher bias in qualitative research [Singh, ]. For all secondary data, a detailed assessment of reliability and validity involve an appraisal of methods used to collect data [Saunders et al., ]. These. RELIABILITY GROWTH TESTING EFFECTIVENESS AD-A Preston R. MacDiarmid an d Seymou Fr. Morrlf >-D_ O CJ> LxJ APPROVED FOR PUBLIC RELEASE; DISTRIBUTION UNLIMITED DTIC ELECTEI MAr 2 1 ROME AIR DEVELOPMEN CENTET R Air Forc Systeme Commans d Griffiss Air Forc Basee N, Y 8 4 0 5 21
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Reliability assessment in the presence of reliability growth. [Alan J Gross; Milton Kamins; Rand Corporation.] -- A methodology for estimating the current and future reliability of complex weapon systems that show reliability growth during their development and early operational phases.
Reliability Assessment in the Presence of Reliability Growth A methodology for estimating the current and future reliability of complex weapon systems Reliability assessment in the presence of reliability growth book show reliability growth during their development and early operational by: DTIC AD RELIABILITY ASSESSMENT IN THE PRESENCE OF RELIABILITY GROWTH.
A methodology is presented for estimating current and future reliability of complex weapon systems that show reliability growth during their development and early operational phases. Reliability growth is the improvement in the reliability of a product (component, subsystem or system) over a period of time due to changes in the product's design and/or the manufacturing process.
The concept of reliability growth is not just theoretical or absolute. Quantitative reliability assessment is one of the most important tasks of the reliability analyst. Reliability quantification covers two dimensions—probability of occurrence and magnitude of the consequence of failure.
Assessment of failure consequence is probably more the task of design. There are a number of reliability growth models which can be used to monitor the progress of the development program of the product understudy.
Furthermore, it can be said that a reliability growth model is useful to determine time required to develop a marketable product. A reliability growth model is a model of how the system reliability changes over time during the testing system failures are discovered, the underlying faults causing these failures are repaired so that the reliability of the system should improve during system testing and debugging.
The determination of whether existing hardware, firmware, or software, such as a computer or a computer program, has achieved a specified level of operational reliability. The determination of the level of operational reliability achieved by existing hardware, firmware, or software.
Synonym reliability evaluation. What is Reliability. Reliability, on the other hand, is not at all concerned with intent, instead asking whether the test used to collect data produces accurate results. In this context, accuracy is defined by consistency (whether the results could be replicated).
The property of ignorance of intent allows an instrument to be simultaneously reliable and invalid. Long-Term Reliability Assessments annually assess the adequacy of the Bulk Electric System in the United States and Canada over a year period.
The reports project electricity supply and demand, evaluate transmission system adequacy, and discuss key issues and trends that could affect reliability. Software Reliability Assessment with OR Applications is a comprehensive guide to software reliability measurement, prediction, and control.
It provides a thorough understanding of the field and gives solutions to the decision-making problems that concern software developers, engineers, practitioners, scientists, and researchers.
Reliability assessment is also important for understanding the capabilities and limitations of a system in operational use. Reliability testing (and assessment) can be divided into two separate issues. First, there is testing for the reliability of the system as produced (for. Reliability Assessment of the Distribution System in the Presence of Protective Devices With T.
Adefarati, Ramesh Bansal The distribution system is a network that includes a number of segments for delivery of power supply at the load points. Reliability is the degree to which an assessment tool produces stable and consistent results.
Types of Reliability. Test-retest reliability is a measure of reliability obtained by administering the same test twice over a period of time to a group of individuals. The scores from Time 1 and Time 2 can then be correlated in order to evaluate the.
Reliability growth analysis (RGA) concerns itself with the quantification and assessment of parameters (or metrics) relating to the item's reliability growth over time. Reliability growth management concerns itself with the planning and management for the item's reliability growth as a.
A small little book one the Sage Series that we enjoy so much. For a new person that wants to understand the basic theory behind, Validity and Reliability, the Carmine and Zeller book is a little jewel, that have stood the test of s: NERC prepares seasonal and long-term assessments to examine the current and future reliability, adequacy, and security of the North American BPS.
For these assessments, the BPS is divided into 26 assessment areas, both within and across the. Beginning inDOD undertook a concerted effort to raise the priority of reliability through greater use of design for reliability techniques, reliability growth testing, and formal reliability growth modeling, by both the contractors and DOD units.
As a supplement to the reference book, the RGA examples collection provides quick access to a variety of step-by-step examples that demonstrate how you can put the capabilities of RGA to work for you. Some of these examples also appear in the reference book. Others have been published in other locations, such as Reliability Growth Carnegie Mellon University b Dependable Embedded Systems Spring Ying Shi.
Abstract: Reliability Growth is a widely accepted useful concept used as the basis for planning equipment reliability tests, assessing reliability improvement for changing equipment configurations.
An NHPP Software Reliability Model and Its Comparison. Hoang Pham; -Coverage and Fault Removal Efficiency Subject to the Random Field Environments with Imperfect Debugging in Software Reliability Assessment. Qiuying Li and Chengyong Mao A Unified Approach for Developing Software Reliability Growth Models in the Presence of Imperfect.A software reliability growth model is known as one of the useful mathematical tool for quantitative assessment of software reliability.
This mathematical model enables us to describe a software reliability growth process observed in the actual testing-phase by treating the software failure-occurrence or the soft-ware fault-detection.Sometimes, reliability growth data with an S-shaped trend cannot be described accurately by the Standard Gompertz or Logistic curves.
Because these two models have fixed values of reliability at the inflection points, only a few reliability growth data sets following an S-shaped reliability growth curve can be fitted to them.