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The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
A Genetic Algorithm For The Longest Common Subsequence Problem, Brenda Hinkemeyer
A Genetic Algorithm For The Longest Common Subsequence Problem, Brenda Hinkemeyer
Culminating Projects in Computer Science and Information Technology
The Longest Common Subsequence problem (LCS) is a known NP-complete problem that computes the longest subsequence (series of characters occurring in the same order, although not necessarily consecutively) that any number of strings share. An LCS is not necessarily unique for any combination of strings; however, the length will be. The computationally difficult version of this problem occurs when the number of strings and the LCS length are not fixed. The problem has a number of applications: anything from searching content to file difference listings. There is no single solution that fits all situations, and the deterministic solutions available are …
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
The Inkwell, Armstrong Atlantic State University
Genetically Engineered Adaptive Resonance Theory (Art) Neural Network Architectures, Ahmad Al-Daraiseh
Genetically Engineered Adaptive Resonance Theory (Art) Neural Network Architectures, Ahmad Al-Daraiseh
Electronic Theses and Dissertations
Fuzzy ARTMAP (FAM) is currently considered to be one of the premier neural network architectures in solving classification problems. One of the limitations of Fuzzy ARTMAP that has been extensively reported in the literature is the category proliferation problem. That is Fuzzy ARTMAP has the tendency of increasing its network size, as it is confronted with more and more data, especially if the data is of noisy and/or overlapping nature. To remedy this problem a number of researchers have designed modifications to the training phase of Fuzzy ARTMAP that had the beneficial effect of reducing this phenomenon. In this thesis …