1. The basic graphic elements, transformation in computer graphics.
2. Curves and their representation. Analytic geometry, points, vectors, lines, planes, polygons transformation.
3. Model of the scene, boundary representation.
4. Advanced spreadsheet functions.
5. Statistical evaluation of the data set.
6. Correlation analysis. Matrix calculations.
7. Solver in the field of mathematical programming, linear and nonlinear problems.
8. Formulation of mathematical programming, sensitivity analysis, the simplex method, gradient the method, genetic algorithms.
9. Basic programming constructs in an m-code.
10. Basic data types, arrays, cell (cell).
11. Basic data manipulation, transformation, analysis, basic mathematical operations.
12. The use of functions, basic functions to analyze a filter data.
13. Graphical presentation of of data, create charts, graphs adjustment.
14. Correlation function, linear, nonlinear.
2. Curves and their representation. Analytic geometry, points, vectors, lines, planes, polygons transformation.
3. Model of the scene, boundary representation.
4. Advanced spreadsheet functions.
5. Statistical evaluation of the data set.
6. Correlation analysis. Matrix calculations.
7. Solver in the field of mathematical programming, linear and nonlinear problems.
8. Formulation of mathematical programming, sensitivity analysis, the simplex method, gradient the method, genetic algorithms.
9. Basic programming constructs in an m-code.
10. Basic data types, arrays, cell (cell).
11. Basic data manipulation, transformation, analysis, basic mathematical operations.
12. The use of functions, basic functions to analyze a filter data.
13. Graphical presentation of of data, create charts, graphs adjustment.
14. Correlation function, linear, nonlinear.