Previous developments from the first author and other researchers were made on devising models for the total cost optimization of projects described by activity networks under stochastic conditions. Those models only covered the single resource case. The present paper will discuss the case of multiple resources. More precisely, we introduce a strategy of allocation of those resources in order to minimize the waste arising from their latent idleness on their consumption within the same activity. On this strategy we elect one resource as “pivot” and write equations that describe all the quantities for the other resources, on the same activity.Fundação para a Ciência e a Tecnologia (FCT
An optimal resource allocation approach to stochastic multimodal projects had been previously develo...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...
Resource dedication problem (RDP) in a multi-project environment is defined as the optimal dedicatio...
Previous developments from the first author and other researchers were made on devising models for t...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
AbstractWe address the stochastic multi-mode resource-constrained project scheduling problem in the ...
We describe the structure and the implementation aspects of the dynamic programming procedure that w...
This paper presents three basic approximations developed to solve the Adaptive Stochastic Multimoda...
The authors propose a mathematical model to minimize the project total cost where there are multiple...
In practice, project managers must cope with uncertainty, and must manipulate the allocation of the...
A “multi-modal” activity is one which can be performed in several modes, or levels, of resource(s) a...
The optimal resource allocation in stochastic activity networks had been previously developed by app...
In practice, project managers must cope with uncertainty, and must ma-nipulate the allocation of the...
There is a general consensus that the rational use of available resources is, nowadays, an important...
An optimal resource allocation approach to stochastic multimodal projects had been previously develo...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...
Resource dedication problem (RDP) in a multi-project environment is defined as the optimal dedicatio...
Previous developments from the first author and other researchers were made on devising models for t...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
Given a project network under stochastic conditions, the goal is to determine the optimal resource a...
AbstractWe address the stochastic multi-mode resource-constrained project scheduling problem in the ...
We describe the structure and the implementation aspects of the dynamic programming procedure that w...
This paper presents three basic approximations developed to solve the Adaptive Stochastic Multimoda...
The authors propose a mathematical model to minimize the project total cost where there are multiple...
In practice, project managers must cope with uncertainty, and must manipulate the allocation of the...
A “multi-modal” activity is one which can be performed in several modes, or levels, of resource(s) a...
The optimal resource allocation in stochastic activity networks had been previously developed by app...
In practice, project managers must cope with uncertainty, and must ma-nipulate the allocation of the...
There is a general consensus that the rational use of available resources is, nowadays, an important...
An optimal resource allocation approach to stochastic multimodal projects had been previously develo...
The problem we investigate deals with the optimal assignment of resources to the activities of a sto...
Resource dedication problem (RDP) in a multi-project environment is defined as the optimal dedicatio...