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UTSA University Technology Solutions Available Software for Faculty and Staff Software Available at No Cost to Faculty and Staff .netFramework Citrix Plugin Mathematica Adobe Air Crash Plan Pro MatLab Adobe Creative Cloud Adobe DefilerPak MicroCase Flash Player Define UT Mainframe Microsoft Office Professional Adobe Reader Dr. Java Plus 2013 Adobe Shockwave Player Endnote Microsoft Office Web Alertus FileZilla FTP Components Apple iLife Firefox Microsoft Silverlight Notepad Apple iWork GIMP ++ Application Xtender AppWorx Google Earth Map PuTTY Audacity IBM SPSS Statistics Real Player Banner iTunes SAS Burn Java SAS JMP ChemDraw JMP Visual MINTEQ Combined Community Codec Maple VLC Media Player Pack MathCad WinBugs Wolfram Mathematica At No Cost to Teaching Research Only College of Engineering Only ArcGIS Abaqus ArcGIS Envi Plugin Labview AutoCad AutoDesk At Cost to Faculty and Staff This software may be available to UTSA faculty/staff and will incur an additional cost to use. All software that incurs an additional cost requires departmental approval prior to installation. Crystal Reports Jaws Sketchup Dragon Naturally Speak Mathworks Toad DreamSpark Qualtrics Visio GRIP Respondus Visual Cobol Podium Software This software is available on UTSA classroom podiums. Contact the Tech Cafe for assistance. Adobe Reader iTunes Adobe Shockwave Player Java Audacity MatLab Combined Community Mozilla Firefox Codec Pack Mozilla Firefox Testgen Plugin CutePDF MPlayer DefilerPak Photostory for Windows 8 FIleZilla FTP Presentation Maker Pro Ghostscript PuTTY GIMP SPSS Google Chrome VLC Google Earth .

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Rapid Research with Computer Algebra Systems
doi: 10.21495/71-0-109 25th International Conference ENGINEERING MECHANICS 2019 Svratka, Czech Republic, 13 – 16 May 2019 RAPID RESEARCH WITH COMPUTER ALGEBRA SYSTEMS C. Fischer* Abstract: Computer algebra systems (CAS) are gaining popularity not only among young students and schol- ars but also as a tool for serious work. These highly complicated software systems, which used to just be regarded as toys for computer enthusiasts, have reached maturity. Nowadays such systems are available on a variety of computer platforms, starting from freely-available on-line services up to complex and expensive software packages. The aim of this review paper is to show some selected capabilities of CAS and point out some problems with their usage from the point of view of 25 years of experience. Keywords: Computer algebra system, Methodology, Wolfram Mathematica 1. Introduction The Wikipedia page (Wikipedia contributors, 2019a) deﬁnes CAS as a package comprising a set of algo- rithms for performing symbolic manipulations on algebraic objects, a language to implement them, and an environment in which to use the language. There are 35 different systems listed on the page, four of them discontinued. The oldest one, Reduce, was publicly released in 1968 (Hearn, 2005) and is still available as an open-source project. Maple (2019a) is among the most popular CAS. It was ﬁrst publicly released in 1984 (Maple, 2019b) and is still popular, also among users in the Czech Republic. PTC Mathcad (2019) was published in 1986 in DOS as an engineering calculation solution, and gained popularity for its ability to work with typeset mathematical notation in combination with automatic computations.
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