Evaluating network reliability is an important step in the planning, design, and control of systems. The acyclic multi-state-arc flow-conservation network (AMAFCN) is a special multi-state-arc flow-conservation network (MAFCN) of which each arc has inde
[[abstract]]© 2003 Elsevier - A multistate-node acyclic network (MNAN) is a generalization of the tr...
Many real-world systems (such as cellular telephones, transportation, etc.) are multistate informati...
Evaluating network reliability is an important topic in planning, designing, and control of systems....
[[abstract]]Evaluating network reliability is an important step in the planning, design, and control...
In this article, a special node called the k(-)-out-of-n node, which cannot receive more than a cert...
Network reliability is an important part of planning, designing, and controlling networks. Now, the ...
Many real-world systems are multistate and composed of multistate components in which the reliabilit...
Many real-world multistate systems, including distribution systems and supply chain management syste...
Abstract In a traditional multi-state flow network (MFN), the flow values into and out of any arc ar...
[[abstract]]This article is mainly to study the reliability evaluation in terms of MPs (minimal path...
The acyclic multi-state information network (AMIN) is an extension of the multi-state network withou...
Evaluating network reliability is an important topic in planning, designing, and control of systems,...
[[abstract]]Many real-world systems (such as cellular telephones, transportation, etc.) are Multi-st...
Many real-world systems are multistate systems composed of multistate components in which the reliab...
A multistate-node acyclic network (NNAN) is a generalization of the tree-structured multistate-node ...
[[abstract]]© 2003 Elsevier - A multistate-node acyclic network (MNAN) is a generalization of the tr...
Many real-world systems (such as cellular telephones, transportation, etc.) are multistate informati...
Evaluating network reliability is an important topic in planning, designing, and control of systems....
[[abstract]]Evaluating network reliability is an important step in the planning, design, and control...
In this article, a special node called the k(-)-out-of-n node, which cannot receive more than a cert...
Network reliability is an important part of planning, designing, and controlling networks. Now, the ...
Many real-world systems are multistate and composed of multistate components in which the reliabilit...
Many real-world multistate systems, including distribution systems and supply chain management syste...
Abstract In a traditional multi-state flow network (MFN), the flow values into and out of any arc ar...
[[abstract]]This article is mainly to study the reliability evaluation in terms of MPs (minimal path...
The acyclic multi-state information network (AMIN) is an extension of the multi-state network withou...
Evaluating network reliability is an important topic in planning, designing, and control of systems,...
[[abstract]]Many real-world systems (such as cellular telephones, transportation, etc.) are Multi-st...
Many real-world systems are multistate systems composed of multistate components in which the reliab...
A multistate-node acyclic network (NNAN) is a generalization of the tree-structured multistate-node ...
[[abstract]]© 2003 Elsevier - A multistate-node acyclic network (MNAN) is a generalization of the tr...
Many real-world systems (such as cellular telephones, transportation, etc.) are multistate informati...
Evaluating network reliability is an important topic in planning, designing, and control of systems....