This paper presents three basic approximations developed to solve the Adaptive Stochastic Multimodal Resource Allocation Problem. Two of them are based on the DP model introduced in earlier papers ([23], [24]). The other one uses NLP to solve this problem. The approximations developed consist in considering the Work Content of some or all the activities of the project as represented by their mean values. These approximations were applied to a set of examples, and results were obtained and commented. As expected, running times were reduced, compared to the original model, but the total cost was underestimated, due to the use of means instead of the complete distribution
In this paper, resource allocation problems are formulated via a set of parallel birth–death process...
Abstract. We are interested in contributing to solving effectively a particular type of real-time st...
Previous developments from the first author and other researchers were made on devising models for t...
This paper presents three basic approximations developed to solve the Adaptive Stochastic Multimoda...
This paper presents the implementation of the dynamic programming model (introduced in a previous pa...
Abstract. We describe the structure and the implementation aspects of the dynamic programming proced...
A “multi-modal” activity is one which can be performed in several modes, or levels, of resource(s) a...
We describe the structure and the implementation aspects of the dynamic programming procedure that w...
In practice, project managers must cope with uncertainty, and must ma-nipulate the allocation of the...
This paper presents the implementation of the dynamic programming model (introduced in a previous pa...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
In practice, project managers must cope with uncertainty, and must manipulate the allocation of the...
The paper investigates stochastic resource allocation problems with scarce, reusable resources and n...
The paper investigates stochastic resource allocation problems with scarce, reusable resources and n...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
In this paper, resource allocation problems are formulated via a set of parallel birth–death process...
Abstract. We are interested in contributing to solving effectively a particular type of real-time st...
Previous developments from the first author and other researchers were made on devising models for t...
This paper presents three basic approximations developed to solve the Adaptive Stochastic Multimoda...
This paper presents the implementation of the dynamic programming model (introduced in a previous pa...
Abstract. We describe the structure and the implementation aspects of the dynamic programming proced...
A “multi-modal” activity is one which can be performed in several modes, or levels, of resource(s) a...
We describe the structure and the implementation aspects of the dynamic programming procedure that w...
In practice, project managers must cope with uncertainty, and must ma-nipulate the allocation of the...
This paper presents the implementation of the dynamic programming model (introduced in a previous pa...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
In practice, project managers must cope with uncertainty, and must manipulate the allocation of the...
The paper investigates stochastic resource allocation problems with scarce, reusable resources and n...
The paper investigates stochastic resource allocation problems with scarce, reusable resources and n...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
In this paper, resource allocation problems are formulated via a set of parallel birth–death process...
Abstract. We are interested in contributing to solving effectively a particular type of real-time st...
Previous developments from the first author and other researchers were made on devising models for t...