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ECTS - PWSZ im. Witelona w Legnicy

ECTS - PWSZ im. Witelona w Legnicy

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The Witelon University of Applied Sciences in Legnica - Field: Management and production engineering<br />

<strong>ECTS</strong> credits<br />

2<br />

1. Course title<br />

Operational research<br />

2. Course contents:<br />

Lecture<br />

Introduction to programming: the notion of a set of feasible solutions, boundary conditions and restrictions, the<br />

objective function. Examples of such issues. A mathematical model for programming and linear programming. Graphic<br />

method and the s<strong>im</strong>plex method for constructing an opt<strong>im</strong>al decision. Selected problems of linear programming: the<br />

choice of the production mix, compound the problem, the choice of production technology,<br />

dual programming elements. Transport problem (open and closed issue of transportation) and how to solve them.<br />

Problems of resource allocation as an example the problem of allocation of tasks (answering the problem, the problem<br />

of delegation), the definition of the problem, mathematical model and solution methods (Konig method).<br />

Classes<br />

The a<strong>im</strong> of the classes is to learn the ways of solving practical decisional problems using operational research.<br />

Interpretation and discussion of results.<br />

3. Prerequisites<br />

Credit in „Mathematics”<br />

4. Learning outcomes<br />

The student knows the basis of theoretical and practical aspects of opt<strong>im</strong>al decision-making processes. Can modeled<br />

one of the four topics of linear programming and programming. He knows how to interpret the model of the occurring<br />

phenomena of an economic nature. Can geometrical method and the method of dual programming to find the opt<strong>im</strong>al<br />

decision. Understands the <strong>im</strong>portance of the issues of allocation. Able to define and then solve the problem of allocation<br />

of tasks on the example the problem of secretaries or delegations. He knows and is able to use Koenig's algorithm for<br />

finding the opt<strong>im</strong>um solution.<br />

5. Recommended reading<br />

1. Wagner H.M., Badania operacyjne, PWE, Warszawa, 1980.<br />

2. Goddard L.S., Metody matematyczne w badaniach operacyjnych, PWN, Warszawa 1965<br />

3. Kukuła K.(red), Badania operacyjne w przykładach i zadaniach, PWN, Warszawa, 2001<br />

4. Trzaskalik T., Badania operacyjne z komputerem, Seria: Metody badań operacyjnych, Łódź, 1997<br />

6. Type of course<br />

Obligatory<br />

7. Teaching team<br />

Department of Basic Sciences<br />

8. Course structure<br />

Form Number of hours Semester year<br />

Lecture 15/12 IV 2<br />

Classes<br />

Laboratory<br />

Project<br />

Seminar<br />

Other<br />

15/12 IV 2<br />

Total student’s workload 60<br />

9. Assessment methods:<br />

Written credit<br />

10. Language of instruction:<br />

Polish<br />

<strong>ECTS</strong> Course Catalogue 2010/2011<br />

1153

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