We study project scheduling so as to maximize the expected net present value when task durations are exponentially distributed. Based on the structural properties of an optimal solution we show that, even if preemption is allowed, it is not necessary to do so. Next to its managerial importance, this result also allows for a new algorithm which improves on the current state of the art with several orders of magnitude, both in CPU time and in memory usage.status: publishe
The vast majority of the project scheduling methodologies presented in the literature have been deve...
We show the polynomial solvability of the PERT-COST project scheduling problem in the case of: (i) t...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...
We study project scheduling so as to maximize the expected net present value when task durations are...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
In a recent paper, Elmaghraby and Herroelen have presented an algorithm to maximize the present valu...
In project management, the main purpose of proposed methods is project scheduling which helps to man...
This paper analyses the project completion time distribution in a Markovian PERT network. Several te...
We study projects with activities that have stochastic durations that are modeled using phase-type d...
Abstract : In this paper , we apply the stochastic dynamic programming to approximate the mean proje...
In this paper computational results are presented with a very general, yet powerful backtracking pro...
International audienceWe study projects with activities that have stochastic durations that are mode...
International audiencePreemption (or the splitting of activities) is a common practice in many proje...
The vast majority of the project scheduling methodologies presented in the literature have been deve...
We show the polynomial solvability of the PERT-COST project scheduling problem in the case of: (i) t...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...
We study project scheduling so as to maximize the expected net present value when task durations are...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
We examine project scheduling with net-present-value objective and exponential activity durations, u...
In a recent paper, Elmaghraby and Herroelen have presented an algorithm to maximize the present valu...
In project management, the main purpose of proposed methods is project scheduling which helps to man...
This paper analyses the project completion time distribution in a Markovian PERT network. Several te...
We study projects with activities that have stochastic durations that are modeled using phase-type d...
Abstract : In this paper , we apply the stochastic dynamic programming to approximate the mean proje...
In this paper computational results are presented with a very general, yet powerful backtracking pro...
International audienceWe study projects with activities that have stochastic durations that are mode...
International audiencePreemption (or the splitting of activities) is a common practice in many proje...
The vast majority of the project scheduling methodologies presented in the literature have been deve...
We show the polynomial solvability of the PERT-COST project scheduling problem in the case of: (i) t...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...