Resources : Artificial Intelligence : Featured Resources

• Bit Code Examples:
  Bit Code is an attempt to make a Turning Complete language with minimal commands; in fact, only two: one to increment a number pointed to by a data address, and one to load a new value into the data address. For added cleverness, the data pointed to by the data address is used as the pointer to the next command, so that incrementing this number also moves on to the next command. I have a C program for generating and running random strings of bits and a GIF and FIG graphics that explain how the syntax works.
• Java/Scheme Interface, for creating a dual-language system. Logically, Java keeps track of objects and data, and Scheme tracks operations and decisions (possibly with a codelet system). Here is the Java Code and the Scheme Code.
• Short Scheme Introduction and Continuation.
• Example of Current Continuations. I don't remember testing this.

Resources : Artificial Intelligence : Related Categories

• Resources for the Experimental Study Group
• Resources for Programming and Program Design
• Ideas and Projects for Future Work

Resources : Artificial Intelligence : Resources in this Category

• My first attempt at a full-fledged Artificial Intelligence, as an extension of the Copycat Project. A single C file.
• Object-oriented Lemmings Scheme Code: Generates an environment of brinks within which lemmings crawl, climb, fall, explode (destroying bricks), and die (becoming bricks). Version 1, Version 2, and Version 3; requires Base Lemmings Stuff and Scheme Object System.
• Scheme Word Histogram: finds words that are sufficiently "unnotably" in several files (common words, with more than one character, but only very common words if they're long).
• Bit Code Examples:
  Bit Code is an attempt to make a Turning Complete language with minimal commands; in fact, only two: one to increment a number pointed to by a data address, and one to load a new value into the data address. For added cleverness, the data pointed to by the data address is used as the pointer to the next command, so that incrementing this number also moves on to the next command. I have a C program for generating and running random strings of bits and a GIF and FIG graphics that explain how the syntax works.
• Artificial Intelligence Workshop Description: in PDF, DVI, and LaTeX.
• Sinusoid-Based prediction "AI". As it gathers more information, it tries to randomly modify its predictive equations, which is a Fourier series to better predict the input. The C file needs an input file input.txt to predict. The FourierAt function looks wrong...
• Image Recognition System (still buggy) which determines "example-ness" by clustering based on responses to filters. Includes Pattern (responses to filters used for clustering), Cluster (combination of Patterns), ClusTree (clustering using nearest-neighbor trees), Image (ppm file reader), GausImage (image on multiple scales for multidimensional pattern recognition), Histogram (a collection of clusters for statistical analysis; contains multiple clustering algorithms), Model (multiple histograms describe a class of images), and System (a combination of models for classifying an image), and Cluster data file I/O.

Resources : Artificial Intelligence : Links to Other Sites

• arXiv e-Print Archive
  Repository of repositories of papers including abstracts and full PDFs.

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