This paper describes a simulation procedure for estimating the distribution function of the shortest path length in a network with random arc lengths. The method extends the concept of conditional Monte Carlo utilizing special properties of the Uniformly Directed Cutsets and the unique arcs. The objective here is to reduce the sampling effort and utilize known probability information to derive multivariate integrals of lower dimension. The experimental results show that the proposed method is substantially cost effective and performs better than traditional Monte Carlo and conditional methods.stochastic networks, shortest path, Monte Carlo methods, variance reduction
Caption title. "October 1988."Includes bibliographical references.Supported by the National Science ...
The shortest path problem on a network with fixed weights is a well studied problem with application...
The determination of the critical path (CP) in stochastic networks is difficult. It is partly due to...
AbstractCommon network parameters, such as number of nodes and arc lengths are frequently subjected ...
This paper presents an approach to shortest path minimization for graphs with random weights of arcs...
In this invited contribution, we revisit the stochastic shortest path problem, and show how recent r...
The problem of finding the distribution of the shortest path length through a stochastic network is ...
This paper considers a stochastic shortest path problem where the arc lengths are independent random...
An algorithm is described for estimating arc and path criticalities in stochastic activity networks ...
This paper describes a new procedure for estimating parameters of a stochastic activity network of N...
This thesis develops methodologies for solving constrained shortest path problems in dynamic and ran...
This paper discusses the sensitivity of network flows to uncertain link state information for variou...
This paperc onsidersS tochasticS hortestP ath( SSP)p roblemsi n probabilisticn etworks.A variety of ...
In Chapter 1, we present a stochastic shortest path problem that we refer to as the Most Likely Path...
Caption title.Includes bibliographical references (p. 22-23).Supported by the C.S. Draper Laboratory...
Caption title. "October 1988."Includes bibliographical references.Supported by the National Science ...
The shortest path problem on a network with fixed weights is a well studied problem with application...
The determination of the critical path (CP) in stochastic networks is difficult. It is partly due to...
AbstractCommon network parameters, such as number of nodes and arc lengths are frequently subjected ...
This paper presents an approach to shortest path minimization for graphs with random weights of arcs...
In this invited contribution, we revisit the stochastic shortest path problem, and show how recent r...
The problem of finding the distribution of the shortest path length through a stochastic network is ...
This paper considers a stochastic shortest path problem where the arc lengths are independent random...
An algorithm is described for estimating arc and path criticalities in stochastic activity networks ...
This paper describes a new procedure for estimating parameters of a stochastic activity network of N...
This thesis develops methodologies for solving constrained shortest path problems in dynamic and ran...
This paper discusses the sensitivity of network flows to uncertain link state information for variou...
This paperc onsidersS tochasticS hortestP ath( SSP)p roblemsi n probabilisticn etworks.A variety of ...
In Chapter 1, we present a stochastic shortest path problem that we refer to as the Most Likely Path...
Caption title.Includes bibliographical references (p. 22-23).Supported by the C.S. Draper Laboratory...
Caption title. "October 1988."Includes bibliographical references.Supported by the National Science ...
The shortest path problem on a network with fixed weights is a well studied problem with application...
The determination of the critical path (CP) in stochastic networks is difficult. It is partly due to...