Professor
Ariela Sofer
Science and Technology II, Room 123
phone: (703) 993-1692 or 993-1670 (secretary)
Office hours (Fall 2001): Tuesday 5:00--6:30, Wednesday 2:30--4:00 or by
appointment
electronic mail: asofer@gmu.edu
fax: (703) 993-1521 (on cover sheet put: A. Sofer, SEOR Dept.)
Textbooks
Dennis G. Zill and Michael R. Cullen, Advanced Engineering Mathematics
(2nd Edition),
Jones and Bartlett (2000).
Hwei Hsu Probability, Random Variables and Random Processes
Schaum Outline Series, McGraw Hill, 1996
Optional Text
Matlab Student Version, The Mathworks, 1999.
The book comes with MATLAB Software on a CD-ROM, suitable for Windows
and Linux platforms. Alternatively students may wish to use
The
Student Edition of Matlab 5, available still for a short while from
Prentice Hall. A
comparison of the two versions is available.
Course Description
This course is designed to provide the basic quantitative foundations
that students need to pursue a graduate program in Systems Engineering,
Operations Research, and Computational Science.
Topics include vector and matrices, differential
equations, Laplace and Fourier transforms and probability
theory. A brief review of calculus and complex numbers will also be provided.
The course will require some computational work using the software
MATLAB.
Grading
The will be two in-class exams: a midterm and a cumulative final.
The midterm will make up 35% of the grade and the final will make up
35% of the grade. Homeworks will make up 30% of the grade.
In computing the final grade, the lowest homework grade will
be dropped.
Exam Dates
Midterm: Tuesday October 30 (tentative date)
Final exam: Tuesday, December 11, 7:30-10:15