Course : CSE 450/598 Design
and Analysis of Algorithms
Instructor: Dr. Manish Gupta
Office: GWC 354, phone: 5-2776, email: email@example.com
Class Time: 9:15 AM--10:30 AM, Tuesday
and Thursday, Place : BA 365
Schedule line number: 38460 (CSE 450), 13518 (CSE 598)
Office hours: 4:00--6:00 PM, Thursday,
Prerequisite: CSE 310
TA: No TA support
Grader: Sriram Cherukuri
Text Book : Algorithm Design--Foundations,
Analysis and Internet Examples,
Michael T. Goodrich and Roberto Tamassia, Wiley, ISBN 0-471-38365-1.
Book Web Page: http://www.algorithmdesign.net
Optional Book: Introduction to algorithms,
Thomas H. Cormen, Charles E. Leiserson, Ronald L. Rivest and Clifford Stein,
Class web site: http://www.eas.asu.edu/~cse450sp
Objectives: To introduce
to computer science students the idea of "efficiency" of algorithms and
to prove the skills to
design efficient algorithms using different algorithm design techniques.
Current Catalog Description: Design and analysis of computer algorithms using analytical
and empirical methods; complexity
measures, design methodologies, and survey of important algorithms.
is a "second" course in algorithms. This course is one of the most important
computer science. It may be taken for undergraduate (CSE450) or graduate
credit (CSE598). The students are expected to
understand the material covered in CSE 310. By topics prerequisites
are Data Structures and Discrete
Mathematics. Topics covered may include Mathematical preliminaries,
review of concepts of data structure, algorithms
and their complexity, divide and conquer, dynamic programming, greedy
method, search and traversal techniques,
backtracking, branch and bound, graph algorithms, NP-Completeness. Additional topics may be
covered according to the interest of students taking the class.
Home Works and Projects: There will be several home works and may be some projects.
Project Home Page
Final project reports
Lecture Notes at myasu
Policy on Late Home works: Late assignments will not be accepted without permission
of the instructor.
There will be 1 or 2 mid terms and a final exam. Final Exam will be
held on May 08, 2003 (Thursday), 7:40 AM -- 9:30 AM at BA 365.
The home work will constitute 30%
of the grade and the remaining 70% will be based on exams and projects.