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The Balanced Scorecard (BSC) is a popular concept for performance measurement. The Linear programming (LP) is a methematical technique for optimization of linear objective functions. The questions is: "How to use LP for Enterprice Performances optimization(EPO)?". Answer on this question is contained in this paper. The first step is a matrix presentation of the enterprice performances. The presentation is designed accordingly to BSC concept. Thus formalized recording of enterprice performances will provide the application of LP for EPO.

This paper is result of research of scientific project, title: "Computer Simulation Model of Maritime Education System of Croatia". The aim of this paper is to present processes and flows of maritime educational system. It will be present hierarhical, basin system diagram. Quantitative simulation model of maritime educational process will be built by using System Dynamics Methodology as basic methodology for describe dynamics of system.

With this paper the dynamics model of supply and demand process and employment will be presented. Based on presented qualitative model it is possible to built qualitative model, and simulate desired scenarios. On that way planning and managing of the workforce become easier. The methodology of system dynamics is used during modelling.

This paper provides a system dynamic model of labour demand presenting one of the possible qualitative simulation scenarios. The modelling will be carried out by use of system-dynamic methodology. It was first introduced by the MIT Professor Jay Forrester in his book "System Dynamics" and it involves research, modelling, simulation, and optimisation of complex dynamic systems. In the authors opinion employment system, being non-linear and complex, is also an area in which system dynamic modelling may lead to more effective results than the application of the classic forecasting methods.

In this paper it will be present simulation model of maritime educational process. This paper is one of the first works from new scientific project, title: "Computer Simulation Model of Maritime Education System of Croatia". The aim of this paper is to present qualitative dynamics model as base for modeling every educational process whit similarly structures. System Dynamics Methodology will be used for modeling.

This paper is result of research of scientific project, title: "Computer Simulation Model of Maritime Education System of Croatia". The aim of this paper is to present processes and flows of maritime educational system. It will be present hierarchical, basic system diagram. Quantitative simulation model of maritime educational process will be built by using System Dynamics Methodology as basic methodology for describe dynamics of system.