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Developers As it now seems very unlikely that any of the projects listed below will ever be dug out and developed further, please ignore any statement here
referring to future work, unfortunately it just isn't going to happen anymore. Still, the files are here as an archive should you care to have a look. Also, this page
is the longest lasting page on Swoj.com! Parts of this page have been around since my first website went on the net in 1996, I really just want to keep it here for posterity!! Independant Component Analysis 3 neural networks designed for identifying seperate clusters of data. This coursework invloved the implementation of networks by Foldiak, White and Charles (will include more information about these networks at a later date) each of which operates using Foldiaks bars experiment. The idea is that the output neurons will develop an association with a particular bar or the 8*8 input grid (again, I will post more details later). This app uses MFC, so unlike the others is Win32 specific. Source. Traffic Light Controller For my Dependable Computer Systems module, a short program written in ADA to simulate traffic lights and there sensors. An example of multiple task handling and communication, the source will be here when I can find it again!! Landscapes As part of my honours project, two different approaches to realtime landscape rendering (using Direct3D), block (or tile) based rendering versus individual polygon sorting. Only the overall effect on the polygon output was being investigated, so the output is shaded polys though changing it to use textures wouldn't be too hard. The landscapes are written as interchangable classes, so for both sets of sources the D3Dwrapper and the main functions are the same. There are a few graphical glitches where the level of detail changes in the low level that I didn't have time to fix before submission. The final result was that the high level was faster than the low level one. The sources are are here for the High Level (block based) and Low Level (polys) and the EXE files are here. Principal Component Analysis A program to test the learning abilities of 4 neural networks designed to extract the Principal components from a gaussian distribution of data. The four networks implemented are Oja's Single Neuron Network, Oja's Subspace Network, Oja' Weighted Subspace Network and Sangers Generalised Hebbian Network. The program is a console app, so the source should be compilable on most platforms and is available in ZIP format. SimLife SimLife was an implementation of the Game Of Life algorithm using MFC as the core of the program. Includes file loading/saving, toolbars, dialogs, etc. Good for learning the basics of MFC. Grab the source here. DBServer DBServer was a Uni coursework and used TCP/IP to pass database information across a network. The Server responded to the commands of the Client to allow could viewing, editing and creating new records. When I've cleaned it up a bit I'll make it available here (maybe with source). I hope to develope it further as although it was good for submission, there are other features that I wanted to add to it. It's not looking likely that I will though. Perceptron, Back Propogation, Kohonen Network and Genetic Algorithms The Perceptron was my first program for my neural networks course, fully functional (mind you, the perceptron has very few functions ;). Program works is very small and I doubt if it is of any real practical purpose but the source is available here anyway (as a text file). The other programs were written in C and are no doubt of more practicle use than teh Perceptron! The source for these three programs is available here in either ZIP Format or in LHA Format. Space Marine Was going to be a cross between Alien Breed and Bomberman but I hit on a few problems and a lack of time. Hopefully I'll be able to get back to this at a later date but I'll have to wait and see what comes up. I might post a screenshot or two if I get round to digging out the source again. F.A.T Fixedpoint Accuracy Tester. A very small little util for testing the accuracy of fixed point maths within Blitz against Quicks and Floats. Bits used for fractional and integer parts of the number could be changed to suit but I found it too slow to work with in blitz and I'm sure using assembler would be simpler and faster (and would allow the possibility of 64bit numbers) , hence was finished as far as it could be in Blitz. Fracticality A fractal generator(Doh!) with 8 (I think) different fractals. Ran on a Low Res screen with variable render size, load & save co-ords and pics, zoomin and zoomout. Not the greatest fractal generator in the world, but was only a exercise get to grips with using Intuition (windows, buttons and all that) so task complete. Can be found on the Aminet in the DEV/BASIC drawer (file name is frac.lha). |
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