Universidad de Jaén

Module 0. Introduction

• Simulation. Definitions and applications
• Continuous models and discrete models

Module 1. Random series

• Generating random series
• Verifying random series
• Probability distributions

Module 2. Verification and validation

• Verifying and validating models
• Output analysis
• Configuring simulation models

The main kernel of the teaching subject is devoted to the theoretical aspects. The student knows of usual problems in real life regarding simulation, and how can they be modelled, and later analyzed, by means of a computer. In addition, some statistical and probabilistic concepts must be recalled, in order to succesfully apply them in the simulation model development.
On the other hand, those concepts studied in theory are put into practice, by means of a software application designed and implemented by the students.
The students will be encouraged to participate in oral expositions and discussions.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

In order to pass the teaching subject, the student must score up to 5 points (over a scale of 10), considering both theoretical and practical qualifications.

The theoretical part will be evaluated by means of a written exam, in the established dates.

The practical part consists in the design and implementation of a simulation model. The project will be accomplished individually or in pairs, and a final defense will take place at the end of the course.