This paper aims to obtain the optimum cost allocation to a number of components connected in series (no redundancy) with a view to maximize the system reliability subject to a given total cost of the system. The reliability of each component is a function of its cost. The technique of Dynamic Programming has been employed to achieve the results
System reliability optimization is a living problem, with solutions methodologies that have evolved ...
This research proposes novel solution techniques in the realm of reliability and reliability growth....
System reliability optimization models considering uncertainty are described, and new algorithms are...
In general, optimal allocations for Series-Parallel redundant configurations being carried out using...
International audienceReliability & redundancy allocation is one of the most frequently encountered ...
A system is defined as an assembly of subsystems; each of the subsystems has its own attributes in t...
In this research two problems related to system reliability are addressed: the first is commonly ref...
AbstractThe paper considers a generalization of the optimal redundancy problem. We consider any mixe...
The problem of designing multi-stage systems with a high degree of reliability has attracted the att...
High reliability is desired in all engineered systems. One way to improve system reliability is to u...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
This paper considers two major problems of power system design optimization. The first problem is to...
The redundancy allocation problem is formulated minimizing the design cost for a series-parallel sys...
The paper tackles the problem of maximizing the reliability of a series system by an opportune choic...
The reliability optimization of redundant systems aims to improve some design parameters as reliabil...
System reliability optimization is a living problem, with solutions methodologies that have evolved ...
This research proposes novel solution techniques in the realm of reliability and reliability growth....
System reliability optimization models considering uncertainty are described, and new algorithms are...
In general, optimal allocations for Series-Parallel redundant configurations being carried out using...
International audienceReliability & redundancy allocation is one of the most frequently encountered ...
A system is defined as an assembly of subsystems; each of the subsystems has its own attributes in t...
In this research two problems related to system reliability are addressed: the first is commonly ref...
AbstractThe paper considers a generalization of the optimal redundancy problem. We consider any mixe...
The problem of designing multi-stage systems with a high degree of reliability has attracted the att...
High reliability is desired in all engineered systems. One way to improve system reliability is to u...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
This paper considers two major problems of power system design optimization. The first problem is to...
The redundancy allocation problem is formulated minimizing the design cost for a series-parallel sys...
The paper tackles the problem of maximizing the reliability of a series system by an opportune choic...
The reliability optimization of redundant systems aims to improve some design parameters as reliabil...
System reliability optimization is a living problem, with solutions methodologies that have evolved ...
This research proposes novel solution techniques in the realm of reliability and reliability growth....
System reliability optimization models considering uncertainty are described, and new algorithms are...