AbstractThe current paper deals with the asymptotic behavior of a generalized time dependent Markov manpower planning model. This model, on the one hand takes into account the need of the employees for eternal training, and on the other hand its workforce demand at each time period is satisfied through internal mobility and two streams of recruitment; the first originating from the outside environment and the second from a supplementary auxiliary system. For the model under discussion we provide two sets of conditions concerning the existence and the specification of its expected limiting structure. A numerical application illustrating the present results in a typical manpower system follows
Abstract. In this paper, the problem of time to recruitment is studied using a univariate max policy...
In this paper, the asymptotic behavior of the time-homogeneous mixed push-pull manpower model is stu...
A stochastic model is considered in this paper to determine the mean and variance of timeto recruitm...
AbstractThe current paper deals with the asymptotic behavior of a generalized time dependent Markov ...
In this paper a generalized Markov model is introduced to describe the dynamic behaviour of an indiv...
In this paper the tools are developed for forecasting and recruitment planning in a graded manpower ...
In this paper a generalized ~~rkov model is introduced to describe the dynamic behaviour of an indiv...
In this paper, the optimal planning of manpower training programmes in a manpower system with two gr...
The present paper proposes a mathematical model and algorithm for optimizing cost-effectiveness in a...
M.Phil. (Engineering Management)Abstract: Proper manpower planning is a key factor in the demand and...
Markov manpower planning models have extensively been analyzed in the past in order to find an optim...
The thesis deals with manpower planning problems within large organisations. The work was accomplish...
In modelling manpower systems, most authors rely on Markov-based theoretic methodology as an analyti...
SIGLEAvailable from British Library Document Supply Centre- DSC:D35779/81 / BLDSC - British Library ...
If in a system the size of some grades either has or is going to outgrow some desired value, it will...
Abstract. In this paper, the problem of time to recruitment is studied using a univariate max policy...
In this paper, the asymptotic behavior of the time-homogeneous mixed push-pull manpower model is stu...
A stochastic model is considered in this paper to determine the mean and variance of timeto recruitm...
AbstractThe current paper deals with the asymptotic behavior of a generalized time dependent Markov ...
In this paper a generalized Markov model is introduced to describe the dynamic behaviour of an indiv...
In this paper the tools are developed for forecasting and recruitment planning in a graded manpower ...
In this paper a generalized ~~rkov model is introduced to describe the dynamic behaviour of an indiv...
In this paper, the optimal planning of manpower training programmes in a manpower system with two gr...
The present paper proposes a mathematical model and algorithm for optimizing cost-effectiveness in a...
M.Phil. (Engineering Management)Abstract: Proper manpower planning is a key factor in the demand and...
Markov manpower planning models have extensively been analyzed in the past in order to find an optim...
The thesis deals with manpower planning problems within large organisations. The work was accomplish...
In modelling manpower systems, most authors rely on Markov-based theoretic methodology as an analyti...
SIGLEAvailable from British Library Document Supply Centre- DSC:D35779/81 / BLDSC - British Library ...
If in a system the size of some grades either has or is going to outgrow some desired value, it will...
Abstract. In this paper, the problem of time to recruitment is studied using a univariate max policy...
In this paper, the asymptotic behavior of the time-homogeneous mixed push-pull manpower model is stu...
A stochastic model is considered in this paper to determine the mean and variance of timeto recruitm...