CMPSC 465 Fall 2017
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TopicRequired
Readings
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/Announcements
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CMPSC465, Fall 2017, Data Structures and Algorithms
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Instructor: Professor Paul Medvedev (pzm11)
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SyllabusSyllabus
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Professor OH:Professor OH
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Piazzahttps://piazza.com/class/j6h3u1trhlr6xx?cid=9
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Professor OH:http://medvedevgroup.com/medvedev.html
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TA Office Hours:See Piazza
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Past and curent schedule
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8/21/2017 (recit)no recitation
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8/21/2017Intro, Insertion sortCh 2.1SyllabusSlides posted on Canvas
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8/23/2017Insertion sort, Loop InvariantsCh 2.1Insertion Sort animation
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8/25/2017Running time analysis, Asymptotic notationCh 2.2, 3.1
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8/28 (recit)no recitation
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8/28/2017Asymptotic notationCh 3.1
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8/30/2017Asymptotic notation, Merge sortCh 2.3Homework 1 postedMerge Sort Animation
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9/1/2017Maximum-subarray problemCh 2.3, Ch 4.1
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9/4 (recit)Labor day, no class
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9/4/2017Labor day, no class
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9/6/2017Maximum-subarray problemCh 4.1Homework 1 due
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9/8/2017Solving Recurrence relationsCh 4.5 and 4.3
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9/11 (recit)Review of Homework 1 solutions and asymptotic practice problems
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9/11/2017Solving Recurrence relations and dynamic programming
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9/13/2017DP: Fibonnaci Numbers and Rod Cutting Ch 15.1
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9/15/2017Going over HW2 solutionsHomework 2 due
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9/18 (recit)Review loop invariant proof of correctness of Merge algorithm
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9/18/2017No class
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9/20/2017DP: Rod cutting and Weighted Interval Scheduling
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9/22/2017DR: Weighted interval scheduling (Evening Comprehension Exam)
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9/25 (recit)DP: Independent set on a line practice problem
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9/25/2017DP: Longest Common SubsequenceCh 15.4Homework 3 due, before class
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9/27/2017DP: Longest Common Subsequence and Max Subarray problem
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9/29/2017no class
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10/2 (recit)Solutions to Comprehension Exam
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10/2DP (Max Subbarray) and Greedy Algorithms (Unweighted Interval Scheduling)Ch 4.1, Kleinberg and Tardos, "Algorithm Design"
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10/4/2017Greedy Algorithms (Unweighted Interval Scheduling) and Midterm ReviewHomework 4 due, before class
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10/6/2017Greedy Algorithms: UIS and Interval Partitioning
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10/9 (recit)Solutions to Homework 4
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10/9/2017Greedy Algorithms: UIS Scheduling to minimize latenessCh 4.2, Kleinberg and Tardos, "Algorithm Design"
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10/11/2017NO CLASS (Evening Midterm)
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10/13/2017Abstract Data Types, Priority Queues and binary heapsCh 10.1, 10.2, 10.4, 6.1, 6.2, 6.4, 6.5
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10/16 (recit)Midterm Solutions
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10/16/2017Priority Queues and binary heapsCh 6.1, 6.2, 6.4, 6.5
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10/18/2017Binary Search TreesCh 12.1, 12.2, 12.3
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10/20/2017Red Black TreesCh 13.1, 13.2, 13.3Homework 5 due, before class
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10/23 (recit)HW 5 (Greedy) solutions
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10/23/2017Red Black Trees
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10/25/2017Rank/Select augmentation Ch 14.1
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10/27/2017Interval Trees: augmenting data structuresCh 14.3
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10/30 (recit)Problem 14-1 from CLRS(10/29 11pm) Homework 6 due
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10/30/2017Interval Trees: augmenting data structures
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11/1/2017Hashing
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11/3/2017Hashing
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11/6 (recit)Q&A Session
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11/6/2017GraphsCh 22.1
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11/8/2017Breadth-First SearchCh 22.2
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11/10/2017Depth First Search Ch 22.3
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11/13(recit)Solutions to d-ary heap problem(11/12 11pm) Homework 7 due
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11/13/2017Applications of DFS: Finding Cycles and Topological SortCh 22.4
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11/15/2017Shortest paths propertiesCh 24, intro part
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11/17/2017no class
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11/20 - 11/26 holidays
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11/27 (recit)Finding a cycle in O(V) time
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11/27/2017no lecture
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11/29/2017Shortest paths properties / Bellman FordCh 24.1Homework 8 due
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12/1/2017Bellman Ford, Dijkstra's
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12/4 (recit)Exercies 24.1-3 and 24-1 -- this will help with your homework!
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12/4/2017Dijkstra's
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12/6/2017Final Review, NP-completeness (Evening Comprehension Exam)
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12/8/2017NP-completenessHomework 9 due before class
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Tentative schedule
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