AbstractIn this paper, a stochastic version of each of the maximum flow and the minimum cost flow problems for a directed single commodity network, where the flow of units along each arc of the network forms a homogeneous Poisson process, are formulated as two chance constrained optimization problems and are solved based on the classical labeling algorithm and the primal-dual algorithm, respectively
Many engineered systems, such as energy and transportation infrastructures, are networks governed by...
Stochastic network design is fundamental to transportation and logistic problems in practice, yet fa...
We are interested in single commodity stochastic network design problems under probabilistic constra...
AbstractIn this paper, a stochastic version of each of the maximum flow and the minimum cost flow pr...
Abstract—Solving network flow problems is a fundamental component of traffic engineering and many co...
The dissertation presents algebraic approaches to the shortest path and maximum flow problems in sto...
AbstractThis paper discusses a stochastic-flow network from single-commodity case to multicommodity ...
AbstractIn this paper, we study the transportation network flow problem with stochastic flow distrib...
AbstractThe performance of a stochastic version of the single commodity balanced transportation prob...
We are interested in single commodity stochastic network design problems under prob-abilistic constr...
AbstractThis paper extends the quickest path problem to a stochastic flow network in which the capac...
The paper presents a genetic algorithm to generate minimal cuts for a stochastic flow network with c...
In many practical cases, the data available for the formulation of an optimization model are known o...
AbstractMany studies on hardware framework and routing policy are devoted to reducing the transmissi...
AbstractSystem reliability evaluation for flow networks is an important issue in our modern society....
Many engineered systems, such as energy and transportation infrastructures, are networks governed by...
Stochastic network design is fundamental to transportation and logistic problems in practice, yet fa...
We are interested in single commodity stochastic network design problems under probabilistic constra...
AbstractIn this paper, a stochastic version of each of the maximum flow and the minimum cost flow pr...
Abstract—Solving network flow problems is a fundamental component of traffic engineering and many co...
The dissertation presents algebraic approaches to the shortest path and maximum flow problems in sto...
AbstractThis paper discusses a stochastic-flow network from single-commodity case to multicommodity ...
AbstractIn this paper, we study the transportation network flow problem with stochastic flow distrib...
AbstractThe performance of a stochastic version of the single commodity balanced transportation prob...
We are interested in single commodity stochastic network design problems under prob-abilistic constr...
AbstractThis paper extends the quickest path problem to a stochastic flow network in which the capac...
The paper presents a genetic algorithm to generate minimal cuts for a stochastic flow network with c...
In many practical cases, the data available for the formulation of an optimization model are known o...
AbstractMany studies on hardware framework and routing policy are devoted to reducing the transmissi...
AbstractSystem reliability evaluation for flow networks is an important issue in our modern society....
Many engineered systems, such as energy and transportation infrastructures, are networks governed by...
Stochastic network design is fundamental to transportation and logistic problems in practice, yet fa...
We are interested in single commodity stochastic network design problems under probabilistic constra...