We will have three projects during the semester.
Good proposals for the projects are in the exercises
of the textbook. Many of these projects elaborate on
the materials discussed in class.
The deliverable of each project consists of a technical report
and a presentation in class by one of the team members.
Titles of the first project:
- Expected Income of Big Game
by Bifeng Ding and Chaoxiao Lu
- Technical Background of Image Processing and Noise Removal
by Vilmarys Morales, Mazhar Sheriff, and Antonio Vargas
- Service Processing using Monte Carlo Method
by Amisha M. Parekh, Henry Oh, and Jim Tain
- Mathematical Analysis of the Michigan Lottery
by Yannis Dracopoulos, Rory Monk, and Ed Kim
- Cumulative Probability Distribution Probability
Density Function Using Standard Deviation
by Michael Miller and Nicholas Yassan
- Modeling the Single-Server Check-out Counter
by Krupa Patel and Jennifer Kwong
Titles of the second project:
- Cost-benefit Analysis for Nuclear Power Plant
by Bifeng Ding and Chaoxiao Lu
- Is It Worth Growing Organic?
by Vilmarys Morales, Krupa Patel, and Antonio Vargas
- Encoding Using Circular Convolution
by Yannis Dracopoulos, Rory Monk, and Ed Kim
- Cost-Benefit Analysis: Lifetime Salaries
of PhD vs. Masters Mathematicians
by Jennifer Kwong and Mazhar Sheriff
- The economics of investing in a solar energy system
by Amisha M. Parekh, Henry Oh, and Jim Tain
- Cost Benefit Analysis of Reducing the Class Size
of District 300
by Michael Miller and Nicholas Yassan
Titles of the third project:
- Traffic Flow Models: Comparison with Empirical Data
by Bifeng Ding and Chaoxiao Lu
- Game Theory of the Prisoners' Dilemma
by Yannis Dracopoulos, Rory Monk, and Ed Kim
- Temperature Analysis of Forced Convection through
a Pipe
by Krupa Patel and Jennifer Kwong
- Modeling Population Ecology of Rabbit and Fox Dynamics
by Vilmarys Morales, Mazhar Sheriff, and Antonio Vargas.
- The Cournot model
by Amisha M. Parekh, Henry Oh, and Jim Tain
- Modeling Population Growth
by Michael Miller and Nicholas Yassan