The optimal design problem for networks with three-state components is the following: select from a given class of networks with n components, each of which can be operative or experience an open-mode or a shorted-mode failure state, the network with maximum reliability. We present an algorithm for solving this problem in the case of two-stage series-parallel networks, i.e. networks consisting of a number of series configurations linked in parallel or vice versa. For practically relevant network sizes (up to 100 components), the algorithm is fast
This paper presents a mathematical model for a redundancy allocation problem (RAP) for the series-pa...
International audienceIn order to improve system reliability, designers may introduce in a system di...
This paper presents a mathematical model for a redundancy allocation problem (RAP) with k-out-of-n s...
The optimal design problem for networks with 3-state components is the following: select from a give...
International audienceReliability optimization is one of the most important steps in industrial syst...
AbstractThe paper considers a generalization of the optimal redundancy problem. We consider any mixe...
The paper tackles the problem of maximizing the reliability of a series system by an opportune choic...
Fast and efficient communications are essential to the success of large-scale multiprocessor paralle...
Abstract. Let G (V, E) be a graph whose edges may fail with known probabilities and let K _ V be spe...
This paper reports: 1) parallelization of the two best known sequential algorithms (Dotson & Gobein,...
In this work a new algorithm for the sequential generation of failure states in a network with multi...
Reliability-based design of structural systems is considered. In particular, systems where the relia...
AbstractGiven a network with n vertices and m edges where each edge has an independent operational p...
One of the problems of interest in the field of multi-state network reliability is to found a minima...
Abstract. In this paper, the design of a repairable series-parallel system with failure dependencies...
This paper presents a mathematical model for a redundancy allocation problem (RAP) for the series-pa...
International audienceIn order to improve system reliability, designers may introduce in a system di...
This paper presents a mathematical model for a redundancy allocation problem (RAP) with k-out-of-n s...
The optimal design problem for networks with 3-state components is the following: select from a give...
International audienceReliability optimization is one of the most important steps in industrial syst...
AbstractThe paper considers a generalization of the optimal redundancy problem. We consider any mixe...
The paper tackles the problem of maximizing the reliability of a series system by an opportune choic...
Fast and efficient communications are essential to the success of large-scale multiprocessor paralle...
Abstract. Let G (V, E) be a graph whose edges may fail with known probabilities and let K _ V be spe...
This paper reports: 1) parallelization of the two best known sequential algorithms (Dotson & Gobein,...
In this work a new algorithm for the sequential generation of failure states in a network with multi...
Reliability-based design of structural systems is considered. In particular, systems where the relia...
AbstractGiven a network with n vertices and m edges where each edge has an independent operational p...
One of the problems of interest in the field of multi-state network reliability is to found a minima...
Abstract. In this paper, the design of a repairable series-parallel system with failure dependencies...
This paper presents a mathematical model for a redundancy allocation problem (RAP) for the series-pa...
International audienceIn order to improve system reliability, designers may introduce in a system di...
This paper presents a mathematical model for a redundancy allocation problem (RAP) with k-out-of-n s...