'Possible execution' presentation slideshows

Knowledge Management using Business Process Modelling and Workflow Techniques

Knowledge Management using Business Process Modelling and Workflow Techniques. MSc in Artificial Intelligence. Student: Hsiang-Ling Kuo Supervisor: Jessica Chen-Burger Dave Robertson. Outline. Problem & Solution Aim Work Conclusion Future Work. Problem.

716 views • 39 slides

QuickSort Algorithm

QuickSort Algorithm. Using Divide and Conquer for Sorting. Topics Covered . QuickSort algorithm analysis Randomized Quick Sort A Lower Bound on Comparison-Based Sorting. Quick Sort. Divide and conquer idea: Divide problem into two smaller sorting problems. Divide:

774 views • 35 slides

508 views • 34 slides

486 views • 33 slides

Implementing Synchronous Models on Loosely Time Triggered Architectures

449 views • 33 slides

Proof Carrying Code

566 views • 30 slides

375 views • 30 slides

531 views • 28 slides

Combinatorial Algorithms for Haplotype Inference

Combinatorial Algorithms for Haplotype Inference. Pure Parsimony Dan Gusfield. SNP Data. A SNP is a Single Nucleotide Polymorphism - a site in the genome where two different nucleotides appear with sufficient frequency in the population (say each with 5% frequency or more).

362 views • 25 slides

Combinatorial Algorithms for Haplotype Inference

Combinatorial Algorithms for Haplotype Inference. Pure Parsimony Dan Gusfield. SNP Data. A SNP is a Single Nucleotide Polymorphism - a site in the genome where two different nucleotides appear with sufficient frequency in the population (say each with 5% frequency or more).

410 views • 25 slides

CS 332: Algorithms

CS 332: Algorithms. Linear-Time Sorting Algorithms. Sorting So Far. Insertion sort: Easy to code Fast on small inputs (less than ~50 elements) Fast on nearly-sorted inputs O(n 2 ) worst case O(n 2 ) average (equally-likely inputs) case O(n 2 ) reverse-sorted case. Sorting So Far.

385 views • 24 slides

Suffix Tree

Suffix Tree. Suffix Tree Representation. S=xabxac. Represent every edge using its start and end text location. Implicit => Explicit. S=xabxa ( Implicit ). S$=xabxa$ ( Explicit ). 1. No suffix of S is a prefix of a different suffix of S. 2. There is a leaf for each suffix of S. History.

514 views • 23 slides

CSE403 ? Software engineering ? sp12

381 views • 19 slides