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Course Information

THEORY OF ALGORITHMS (COMP 422)

Term: 2015-2016 Fall Semester

Faculty

Britton D. Wolfe

Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
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Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
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Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
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Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours

  • Start Date: Aug 28 2017 10:05AM
  • End Date: Aug 28 2017 11:00AM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 1:00PM
  • End Date: Aug 25 2017 1:50PM
  • Single Date:
  • Weekly Days: Monday Friday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 3:00PM
  • End Date: Aug 25 2017 4:00PM
  • Single Date:
  • Weekly Days: Wednesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 2:00PM
  • End Date: Aug 25 2017 3:00PM
  • Single Date:
  • Weekly Days: Tuesday
  • Note:


Office Hours

  • Start Date: Aug 25 2017 10:00AM
  • End Date: Aug 25 2017 11:00AM
  • Single Date:
  • Weekly Days: Thursday
  • Note:


Office Hours (Spring 2020):

M         11:00 – 11:50,  1:00 – 1:50
T          2:00 – 3:30
W        10:00 – 10:50, 2:00 – 2:50
F          10:00 – 10:50,  1:00 – 1:50

Schedule

Mon-Wed-Fri, 3:00 PM - 3:50 PM (8/24/2015 - 12/15/2015) Location: MAIN STEM 326

Description

COMP 422. THEORY OF ALGORITHMS. Topics include fundamental techniques for designing efficient algorithms and basic mathematical methods for analyzing their performance; paradigms for algorithm design; divide-and-conquer, greedy methods, graph search techniques, dynamic programming; design of efficient data structures, and analysis of the running time and space requirements of algorithms in the worst and average cases. Prerequisite: Computer Science 222 and Mathematics 213. Fall semester only, three hours.