Personal Computer Setup for Using the Web to Learn Mathematics

Prepared by Harvey J. Greenberg

It is at least valuable, perhaps imperative, that you regularly access the internet, including the World Wide Web. If you cannot come to campus daily, and if you do not have access from where you work, you need to have your own computer setup at home. This describes what you need to obtain to do this. There are alternatives to connecting to the internet, which you might consider.

First, you need the hardware. There is great variability in quality and price, so you need to decide what is right for you (and your budget). Get a high quality video card ($50 is enough if you buy components) and a 17" color monitor (about $300). The monitor is important, and larger is better, but only if you have a good video card, with at least 8mb memory, to take advantage of it. The key is supporting high resolution and colors. A 14" screen is ok, but it will be a problem if you spend hours on the web. (Be sure to ask about the degauss function.) You will need a good modem ($100). A sound card and speakers are recommended, but not essential. You should get at least 64mb RAM, and you will need at least 10gb hard drive (more is better, looking ahead). You will also need floppy disk and CD ROM drives (DVD is preferable). An excellent setup can be obtained for less than $1,000. These do not come with a printer, and if you can afford it, a laser is best (about $400). Do not buy a matrix dot printer. If you get an inkjet printer (as low as $100, but they are slow and produce less resolution), the salesman might tell you that you need to buy a chip to print postscript files. Not necessarily so. Ghostscript will usually take care of this. You could get by without a printer if you install all of the viewing capability (see below), and print what you need at school.

Second, you need an operating system. A preferred system is linux, as it is a unix system and distributed free with all sorts of software that you would have to buy with other systems (or download freeware, which generally takes hours). In particular, linux comes with LATEX and dvi, postscript and pdf viewers. Also, the Mathematics Department has linux systems, so there are some people who can help with problems (at least answer questions). While you can download linux free, it is also sold at many places, including the Tattered Cover Bookstore (RedHat version 6.2 is available at $50). If you do not want to install linux, you can use Microsoft Windows NT/95/98/2000 (these will henceforth be referred to simply as Windows). This has some advantages over linux for multi-media communication. It is possible to have both linux and Windows, and you can choose one each time you start the system. (I suggest that you get help with the setup if you are not a computer person.)

Consider a laptop because you will be able to bring it to some classes and use it advantageously.
A good one can be obtained for about $2,400 (and going down).

If you do get a laptop, make sure it has a LAN card to hookup directly to our network. We also expect to have docking stations soon, where you would have access to scanner, CD writer, and other peripheral devices. Visit Dell Premier after you obtain an ID and password from your instructor to receive a 4% discount.

Once you have your basic setup, you need to establish access. If you have chosen a Windows environment, see our Computing, Information & Network Services (CINS) Common Questions and Problems for how to establish a PPP connection. Also, see their Helpdesk for related information.

Once you have access, you will want to obtain (free of charge) the following systems for an MS Windows environment (no need to obtain these for a unix environment, like linux). Double click on the download. If it is an exe file, you will be prompted for installation options (just take the defaults if you are not a computer person). If it is a zip file, you must have WinZip already installed, and you will extract some file with info about installation (usually called readme.txt).

The following list is simply alphabetical; suggested priority guidelines follows.

  1. Adobe Acrobat Reader (to read PDF file) ... select ar405eng.exe (Version 4.05)
  2. Cosmo Player (to view VRML files) ... for more of this, see VRML Repository and Web 3D Consoritum
  3. Emacs + AucTeX + ispell (editor + addon + spell check program that is latex-aware), with help from Claus Dethlefsen ... A more recent interface is available with setup instructions.
  4. EMFtoEPS (converts Windows Metafiles (wmf) to Encapsulated PostScript (eps))
  5. Euler (like Matlab)
  6. 4TEX (spell checker that is latex aware), by Wietse Dol and Erik Frambach ... catalogue name is fourspell
  7. Ghostscript & Ghostview (to read ps file) ... select gsv27550.exe (GSview 2.7 and Ghostscript 5.50)
  8. gnuplot (to make graphs of functions or data) ... select gnuplot3_7cyg.zip; see readme.cyg in gnuplot3_7cyg.zip before unzipping and installing -- use any plain text viewer, like those listed below or Notepad ... examine other (free) GNU software.
  9. Icon Maker (image creation and editing)
  10. IrfanView (to view and convert graphics files among a large number of formats).
  11. ispell (spell checker that is latex aware), by Dirk Struve (based upon work of Piet Tutelaers)
  12. jpeg2ps (to convert jpeg files to eps) ... select jpeg2ps-1.8.zip (the file will be renamed as jpeg2ps-1_8.zip) ... See Readme.txt before extracting anything.
  13. MiKTEX (to compile latex) ... select 1.20.zip (version 1.20e) from the USA site; save it as miktex1_20e.zip to avoid confusing Windows (i.e., replace . with _) and so you remember what it is (by adding miktex in the file name). This comes with dvi viewer (YAP) and other things. For installation instructions and tips, visit (and bookmark) the MiKTEX home.
    Steve Fisher, a student at UCD, has written a guide for getting started, especially aimed at people unfamiliar with computers in general, and DOS in particular. (You can also see his tex source, which he compiled with MiKTEX.)
  14. Netscape Communicator (web browser) ... if you qualify (e.g., are a U.S. or Canadian citizen), select 128 bit Strong Encryption; otherwise, select the 56 bit standard.
  15. Programmer's File Editor, by Alan Phillips (general purpose plain text editor with special access to DOS command line for command execution) ... select pfe101i.zip
  16. QuickTime (to see movies) ... select Windows button under Download and enter your E-mail address (required)
  17. Shockwave (to view some animations)
  18. A Simplified Introduction to LATEX, by Harvey J. Greenberg
  19. TeX for Windows (editor designed for making [La]TeX files), by Wolfgang Heller
  20. WinTeXShell (editor designed for making [La]TeX files), by Dirk Struve, Peter Nagel and Peter Klotz
  21. WinZip (to compress/decompress files) ... version 7.0
  22. WS_FTP (to transfer files between computers) ... Click on Download Evaluations and select WS_FTP LE (you will need to fill a form stating you are a student to qualify for getting this Limited Edition free of charge).

Suggested Priorities
Essential Useful
General Acrobat Reader
Ghostscript/Ghostview
Netscape (version 4.0 or higher)
WinZip
WS_FTP
QuickTime, Cosmo,
  ... other Netscape plugins
Program File Editor
PeanutSoftware
Shockwave
LATEX MiKTeX
TexforWindows or WinTexShell (or some plain text editor)
4TEX (or ispell)
A Simplified Introduction to LATEX
PSTricks, jpeg2ps, EMFtoEPS, IrfanView
emacs + ispell
gnuplot, Icon Maker, Euler
LATEX documentation

All of the above is for a Microsoft Windows environment, but see what you can get from the Linux Applications and Utilities Page (besides what comes with Linux RedHat). Also, see the CINS list of Freeware and Shareware, and the larger collections at Freeware Home and Simtel.Net. If you have any sight problem, here are some aids (free or low cost):

You can see a larger list.


Last update: May 18, 2000 by Harvey J. Greenberg