Khuri, Sami - Department of Computer Science, San José State University

• Computer Science 255 Spring 2008 2008 by Sami Khuri
• Evolutionary Heuristics for the Bin Packing Problem
• A Comparative Study of a Penalty Function, a Repair Heuristic, and Stochastic Operators
• Designing E ective Algorithm Visualizations Sami Khuri
• Randomness of Finite Strings: A Reconstructive Approach
• COUNTING NODES IN BINARY TREES School of Computer & information Science
• Genetic Algorithms: Applications
• Advanced Bioinformatics for Biotechnology Fall 2010 Biology 221T
• Visualizing the CPU Scheduler and Page Replacement Algorithms San Josh State University
• Understanding the Bottom-Up SLR Parser SafniKhuri Jason Williams
• Bio/CS 123A May 2009 2009 Sami Khuri 1
• MUTATION IN BRIEF HUMAN MUTATION Mutation in Brief #459 (2001) Online
• Biology/CS 123A Fall 2010 Bioinformatics I
• CS 223 Fall 2010 Bioinformatics
• Sam i Kh u ri NP-com pleten ess: Part On e Page 1 of 11 NP-COMPLETENESS
• Sam i Kh u ri NP-com pleten ess: Part Two Page 1 of 18 NP-Com pleteness and Reducibility
• Heuristic Algorithms for the Terminal Assignment Problem Sami Khuri Teresa Chiu
• Genetic Algorithms Department of Computer Science
• An Evolutionary Heuristic for the Minimum Vertex Cover Problem
• Genetic Algorithms for Solving Open Shop Scheduling Problems
• B2.6.2 Transform methods: Haar analysis, Haar transforms Department of Mathematics and Computer Science
• CODE ASSIGNMENTS IN CDMA NETWORKS: DISTRIBUTED ALGORITHMS AND GENETIC ALGORITHM HEURISTICS
• Genetic Algorithms: Some Theory
• Computing with Haar Functions Department of Mathematics and Computer Science
• A GROUPING GENETIC ALGORITHM FOR COLORING THE EDGES OF GRAPHS
• Visualisation of Software INFORMATIK INFORMATIQUE 2/2001 1
• Adding Breadth to CSI and CS2 Courses Through Visual and Interactive Programming Projects
• B2.6.1 Transform methods: Walsh analysis, Walsh transforms Department of Mathematics and Computer Science
• Applying Evolutionary Algorithms to Combinatorial Optimization Problems
• [2] Th. Back. The interaction of mutation rate, selection, and selfadaptation within a genetic algorithm. In Manner and
• EVEGA: An Educational Visualization Environment for Graph Algorithms
• An Introduction Genetic Algorithms
• An Evolutionary Approach to Combinatorial Optimization Problems
• An Evolutionary Heuristic for the Maximum Independent Set Problem
• Walsh and Haar Functions in Genetic Department of Mathematics and Computer Science
• A Comparison of DNA Fragment Assembly Algorithms Lishan Li and Sami Khuri
• TOOLS FOR VISUALIZING TEXT COMPRESSION ALGORITHMS
• 2002-09 Sami Khuri Biology Terms and Model Organisms
• Intractability: A Geometric Representation
• Biology/CS 123A Fall 2011 Bioinformatics I
• CS 223 Fall 2011 Bioinformatics
• Advanced Bioinformatics for Biotechnology Fall 2011 Biology 221T
• Advanced Bioinformatics for Biotechnology Fall 2011 Biology 221T
• Biology/CS 123A Fall 2011 2011 Sami Khuri 1
• Biology/CS 123B Spring 2012 Bioinformatics II
• Computer Science 255 Spring 2012 Design and Analysis of Algorithms
• 10.1261/rna.5168504Access the most recent version at doi: 2004 10: 1323-1336RNA