Design, Analysis, Validation, and Reporting of Continuous-Time Systems Using CAS

EasyChair Preprint 1032

Abstract

The automated symbolic manipulations are presented according to user preferences in such a way that all representations (mathematical, graphical, as net-list, software code, and time-domain and frequency domain responses) are obtained from the same visual system description using computer algebra system (CAS) as add-ons for extending the usefulness of the software environment. The paper is devoted to researchers and scientist using basic electrical engineering tasks, so that time-consuming tasks can be automated in software and properties of the systems can be discovered, and finally describing how conditions and discovered properties can be used for synthesis, verifications, simulations, and optimization with real parameters. All derived properties are available as closed-form relations, which can help the faster design of robust systems.

Keyphrases: Computer Algebra Systems, Electrical Engineering, Graphical User Interface, Wolfram Language, symbolic processing

@booklet{EasyChair:1032,
  author    = {Miroslav Lutovac and Maja Lutovac-Banduka and Aleksandra Pavlović},
  title     = {Design, Analysis, Validation, and Reporting of Continuous-Time Systems Using CAS},
  howpublished = {EasyChair Preprint 1032},
  year      = {EasyChair, 2019}}