Linear and non-linear programming Optimization Graphs and networks Concrete problem-solving
Solve problems of linear, integer and non-linear programming.
Equate suitable concrete optimization problems as mathematical programming problems.
Understand and manipulate graphs.
Solve graph and network problems with classical algorithms.
Being able to assess the applicability of the studied methodologies to concrete problems on the fields of healthcare and biometry.
Linear programing and the simplex method. Methods of integer and non-linear programming and optimization of multivariate functions. Use of software solvers. Graphs and networks. Shortest path and minimum spanning tree problems. Flows on graphs, maximum flow and minimum cut theorems. Applications to concrete problems, with an emphasis on healthcare and biometry.
Aplicações da Teoria de Sistemas, J.M. Coutinho Rodrigues (6th ed). Ediliber, no year. [In Portuguese.]
Evaluation is made on individual basis and it involves the coexistence of two modes: continuous assessment (60%) and
final evaluation (40%). Further information is detailed in the Learning Agreement of the course unit.