[[abstract]]This article mainly generalizes the flow (or transportation) reliability problem for a directed capacitated-flow network in which the capacity of each arc ai has the values 0<1<2<cdots, three dots, centered<Mi from s (source) to t (sink) case to a multiple node pairs case. Given the demands for all specified node pairs simultaneously in the network, a simple algorithm is proposed first to find out the family of all lower boundary points for such demands in terms of minimal paths. The flow reliability, the probability that the system allows the flow satisfying the demands simultaneously, can be calculated in terms of such lower boundary points. The overall-terminal flow reliability, one source to multiple sinks flow reliability a...
Reducing the transmission time for a flow network is an essential task. The quickest path problem th...
[[abstract]]Many systems can be regarded as flow networks whose arcs have discrete and multi-valued ...
Many real-world systems (such as electric power, transportation, etc.) are multistate systems compos...
AbstractTraditionally, many researchers solved the multicommodity maximum flow problem by assuming t...
[[abstract]]Many real-world systems such as electric power transmission and distribution systems, tr...
Each arc in a capacitated-flow network has discrete and multiple-valued random capacities. Many stud...
[[abstract]]Many real-world systems such as transportation systems, logistics/distribution systems, ...
[[abstract]]© 2005 Palgrave Macmillan - Many real-world systems (such as electric power, transportat...
[[abstract]]This article is mainly to study the reliability evaluation in terms of MPs (minimal path...
paper proposes an approach to calculat,e the probabil i t, ~ t,hat t,he required amount of multi-com...
Many real-world systems ( such as electric power, transportation, etc) may be regarded as flow netwo...
This paper proposes an algorithm to evaluate the probability that d units of data can be sent from t...
[[abstract]]Many systems can be regarded as flow networks whose arcs have discrete and multi-valued ...
[[abstract]]© 2004 Elsevier - Many real-world systems (such as electric power, transportation, etc.)...
[[abstract]]This paper is mainly to extend the MMCF (multi-commodity minimum cost flow) problem from...
Reducing the transmission time for a flow network is an essential task. The quickest path problem th...
[[abstract]]Many systems can be regarded as flow networks whose arcs have discrete and multi-valued ...
Many real-world systems (such as electric power, transportation, etc.) are multistate systems compos...
AbstractTraditionally, many researchers solved the multicommodity maximum flow problem by assuming t...
[[abstract]]Many real-world systems such as electric power transmission and distribution systems, tr...
Each arc in a capacitated-flow network has discrete and multiple-valued random capacities. Many stud...
[[abstract]]Many real-world systems such as transportation systems, logistics/distribution systems, ...
[[abstract]]© 2005 Palgrave Macmillan - Many real-world systems (such as electric power, transportat...
[[abstract]]This article is mainly to study the reliability evaluation in terms of MPs (minimal path...
paper proposes an approach to calculat,e the probabil i t, ~ t,hat t,he required amount of multi-com...
Many real-world systems ( such as electric power, transportation, etc) may be regarded as flow netwo...
This paper proposes an algorithm to evaluate the probability that d units of data can be sent from t...
[[abstract]]Many systems can be regarded as flow networks whose arcs have discrete and multi-valued ...
[[abstract]]© 2004 Elsevier - Many real-world systems (such as electric power, transportation, etc.)...
[[abstract]]This paper is mainly to extend the MMCF (multi-commodity minimum cost flow) problem from...
Reducing the transmission time for a flow network is an essential task. The quickest path problem th...
[[abstract]]Many systems can be regarded as flow networks whose arcs have discrete and multi-valued ...
Many real-world systems (such as electric power, transportation, etc.) are multistate systems compos...