This page is under construction. Further details will be added.
chi2cdf,
chi2pdf, chi2inv.
All examples in the module will be developed using applications under linux or unix. You are free to use any other OS if you prefer, but I cannot tell you how.
You can use any Windows box (including the laptops) as a terminal to access linux servers. You need two pieces of software, which were preinstalled on the laptops:
Obviously, before connecting to a server, you will have to hook your laptop to the network. We use the University OpenNet.
I hope you have used this before. If you need assistance, Gary Dear should be able to help you with this bit as it is a standard feature.
It is possible to configure putty and ssh to avoid repeatedly having to type the password, by using public-key authentication. To do so in putty, you had better read the documentation.
Once your session is running, you can open windows or log into a number of other Unix boxes in the school. Run for instance
ssh tweekThe available boxes are
Remember that coming from an untrusted net, whether it is wireless or off-campus, you can only log into student.ee.surrey.ac.uk. Other boxes can only be accessed indirectly from student.
When you have started putty to get the command line, you start matlab by typing either
matlab -nodesktop (and enter); ormatlab (and enter)The latter form will start a separate GUI window, which is a(n undisputable) pain if the network is slow. (I'd say it is a pain anyway, but that's disputed.) The first form starts the normal command-line interface only.
You may want to convert between different image formats. The fastest and easiest way to do this, is the convert command from ImageMagick:
convert file.png file.jpeg
The ImageMagick package handles more image formats than I care to remember, and it can do much more, like filtering, adding noise, or convert colour to grayscale, etc.