This page is mainly for prospective graduate students, Ph.D. or Msc., who are considering working with me.
First, make sure you take a look at the "Research" section of this site to see what topics I am currently working on. It is a good idea to get in touch ahead of time and provide me with a specific idea of what you are interested in.
I am available to supervise the following kind of projects in both the Computer Science & Information Technology programs;
This page is still in its infancy so you will not find much of interest here for now. However, do not hestiate to drop me a line if you have any questions
This page provides links to a few resources which I generally share with my graduate students. their relevance might vary depending on your experience with different aspects of graduate student life at USF.
If you are to work with me on Evolutionary Algorithms, I strongly suggest you download the following and start playing with them ASAP.
For a first reading, consider the following chapters to give you a bit of perspective on what EAs are, what problems they are able to tackle, and what are the simpler methods to which they would be compared; in  read chapters 0, 1 and 2, then in  read chapters 1 and 2.
Armed with this context, you may then jump in to get an overview of the overall structure of an EA; in  read chapter 3, then in  read chapter 3.
At this point, the next step will be to get some hands-on experience with running an experiment with an Evolutionary Algorithm. First, go to USF Research Computing website and activate your account on their CIRCE cluster. This will provide you with a remote Linux workstation where you will be able to run your experiments. In your account, download and install the ECJ Software.
Then, work through the ECJ tutorials available at https://cs.gmu.edu/~eclab/projects/ecj/docs/. The first two tutorials are a good way to apply what you’ve learned in the above readings; [Tutorial #1] [Tutorial #2]
Next, you should download the exp-run.sh and exp-analyze.sh Bash scripts that you will find in Alessio SourceForge Repository. These require both R and GNUPLOT which should already be available on CIRCE.
You should adapt the above scripts to the specifics of your own development environment and re-run the tutorials. This will allow you to start organizing your work by separating the ECJ source tree, which we will never modify, from the source tree where you will be keeping your own contributions. I recommend you open your own personnal sourceforge or github repository and keep your work on it. Email me the link and I will add it to your page on this site.
The USF Library provides you with free access to PDF resources from the following links when you login via VPN or on the campus wireless networks. Use them :)
In addition, the following are commonly used by researchers worldwide.
In addition, other teams in the department hold weekly seminar that you might want to attend when the topics are of interest to you;
USF Administrative Resources
Various opportunities for graduate students at USF;
Writing Resources - The USF library grants you access, when logged in on campus, to many publications from Springer Verlag. We will talk about topic-specific resources when we start working together, but the following might be of general use;
Here is a chronological list of the graduate students I have supervised;