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Reliability Evaluation by Network Decomposition
IEEE Transactions on Reliability, 1982The method evaluates the reliability of large computer communication systems by systematic decomposition of the probabilistic graph of the system into two parts using an appropriate cutset. A technique is evolved for determining the conditional success events using both the node removal and connection multiplication methods for path enumeration.
Aggarwal, K. K. +2 more
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Reliability Evaluation of BC Networks
IEEE Transactions on Computers, 2013Reliability evaluation of interconnection network is important to the design and maintenance of multiprocessor systems. Extra connectivity determination and faulty networks' structure analysis are two important aspects for the reliability evaluation of interconnection networks.
Qiang Zhu 0003 +2 more
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Reliability of a Diabetic Foot Evaluation
Physical Therapy, 1989The purpose of this study was to establish the interrater and intrarater reliability of various ankle and foot measures common to a diabetic evaluation. Bilateral biomechanical, sensory, and wound-size measurements were obtained in 31 subjects with diabetes mellitus.
J E, Diamond +3 more
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An Algebraic Technique for Reliability Evaluation
IEEE Transactions on Reliability, 1980An algebraic technique is proposed to obtain a simplified reliability expression of a general system. A success expression which directly gives the reliability expression, is formed and simplified by the procedure. The technique is equally efficient for simple and complex systems; yields computationally efficient reliability expressions; is routine (no
Tiwari, R. K., Verma, Mikki
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Electrical Engineering, 1962
Evaluation must be considered a continuing necessity during every phase of the large system's life, starting with the conceptual stage and continuing through design, fabrication, test, installation, and finally maintenance and operation.
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Evaluation must be considered a continuing necessity during every phase of the large system's life, starting with the conceptual stage and continuing through design, fabrication, test, installation, and finally maintenance and operation.
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Reliable evaluation of neural networks
Neural Networks, 1991Abstract The setting is a neural network receiving random inputs. These may be thought of as providing data for evaluation trials. The inputs may be the same as the inputs used on the training trials that produced the network. The main result is an explicit bound on the probability that the average output in the evaluation trials differs from the ...
Robert M. Burton, William G. Faris
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AN EMPIRICAL EVALUATION OF FACTOR RELIABILITY
Multivariate Behavioral Research, 1973The psychometric reliability of a factor, defined as its generalizability across samples drawn from the same population of tests, is considered as a necessary precondition for the scientific meaningfulness of factor analytic results. A solution to the problem of generalizability is illustrated empirically on data from a set of tests designed to measure
D N, Jackson, M E, Morf
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Reliability of Image Evaluation Techniques
Applied Optics, 1969A carefully controlled experiment was conducted to compare the modulation transfer function measurements, for a high performance photographic system, obtained with an automated edge gradient analysis technique and with a semimanual sine wave analysis procedure. These results and other experimentation have determined that image evaluation techniques can
R A, Jones, J T, Kelly
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RELIABILITY EVALUATION OF COMMUNICATION NETWORKS
IFAC Proceedings Volumes, 1992Abstract In the evaluation of the capacity of a communication network architecture to resist to the possible faults of some of its components, several reliability metrics are currently used. The evaluation of these metrics is in general a very costly task since most of them are, as algorithmic problems, classed in the NP-hard family. As a consequence,
Mohamed El Khadiri, Gerardo Rubino
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Algorithms to evaluate the reliability of a network
DRCN 2005). Proceedings.5th International Workshop on Design of Reliable Communication Networks, 2005., 2006We consider problems of network reliability: the two-terminal network reliability consists, given an undirected graph G/spl equiv/(V, E), and a series of independent edge failure events, in computing the probability that two nodes remain connected. The all-terminal network reliability is the probability that the whole network remains connected.
Jérôme Galtier +2 more
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