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Articles 61 - 66 of 66
Full-Text Articles in Physical Sciences and Mathematics
Using Probabilistic Graphical Models To Solve Np-Complete Puzzle Problems, Fengjiao Wu
Using Probabilistic Graphical Models To Solve Np-Complete Puzzle Problems, Fengjiao Wu
Master's Projects
Probabilistic Graphical Models (PGMs) are commonly used in machine learning to solve problems stemming from medicine, meteorology, speech recognition, image processing, intelligent tutoring, gambling, games, and biology. PGMs are applicable for both directed graph and undirected graph. In this work, I focus on the undirected graphical model. The objective of this work is to study how PGMs can be applied to find solutions to two puzzle problems, sudoku and jigsaw puzzles. First, both puzzle problems are represented as undirected graphs, and then I map the relations of nodes to PGMs and Belief Propagation (BP). This work represents the puzzle grid …
Comparative Analysis Of Particle Swarm Optimization Algorithms For Text Feature Selection, Shuang Wu
Comparative Analysis Of Particle Swarm Optimization Algorithms For Text Feature Selection, Shuang Wu
Master's Projects
With the rapid growth of Internet, more and more natural language text documents are available in electronic format, making automated text categorization a must in most fields. Due to the high dimensionality of text categorization tasks, feature selection is needed before executing document classification. There are basically two kinds of feature selection approaches: the filter approach and the wrapper approach. For the wrapper approach, a search algorithm for feature subsets and an evaluation algorithm for assessing the fitness of the selected feature subset are required. In this work, I focus on the comparison between two wrapper approaches. These two approaches …
Using Hidden Markov Models To Detect Dna Motifs, Santrupti Nerli
Using Hidden Markov Models To Detect Dna Motifs, Santrupti Nerli
Master's Projects
During the process of gene expression in eukaryotes, mRNA splicing is one of the key processes carried out by a complex called spliceosome. Spliceosome guarantees proper removal of introns and joining of exons before the translation process. Precise splicing is essential for the production of functional proteins. Spliceosome detects specific sequence motifs within an mRNA sequence called splice sites. Two of the splice sites are the 5’ and 3’ sites that border all the introns. Normal splicing process if disrupted by mutation may lead to fatal diseases. In this work, we predict splice sites in a human genome using hidden …
Using Google Tag Manager And Google Analytics, (Code{4}Lib Journal), Suzanna Conrad
Using Google Tag Manager And Google Analytics, (Code{4}Lib Journal), Suzanna Conrad
Inaugural CSU IR Conference, 2015
Suzanna Conrad, Digital Initiatives Librarian, Cal Poly Pomona
What’S New Since The April 2013 Stim Ir Subcommittee Report To Cold: Hydra, Islandora And Dspace, Aaron Collier, Suzanna Conrad, Carmen Mitchell, Joan Parker, Andrew Weiss, Jeremy C. Shellhase
What’S New Since The April 2013 Stim Ir Subcommittee Report To Cold: Hydra, Islandora And Dspace, Aaron Collier, Suzanna Conrad, Carmen Mitchell, Joan Parker, Andrew Weiss, Jeremy C. Shellhase
Inaugural CSU IR Conference, 2015
Aaron Collier, Digital Repository Services Manager, Chancellor’s Office
Suzanna Conrad, Digital Initiatives Librarian, Cal Poly Pomona
Carmen Mitchell, Institutional Repository Librarian, CSU San Marcos
Joan Parker, Librarian, Moss Landing Marine Laboratories
Andrew Weiss, Digital Services Librarian, CSU Northridge
Jeremy Shellhase, Head of Information Services & Systems Department, Humboldt State University
The State Of Scholarworks, Aaron Collier
The State Of Scholarworks, Aaron Collier
Inaugural CSU IR Conference, 2015
Aaron Collier, Digital Repository Services Manager, Chancellor’s Office