EECS 219
Distributed Software Architecture & Design
This course covers architectures and patterns used
for distributed software systems.
Example architectures include client-server,
N-tier, peer-to-peer, and super-peer.
Example patterns include Acceptor, Connector, Reactor,
Proactor, and ComponentConfigurator.
You are expected to complete the three homework assignments purely for your edification.
Your final
course grade will be based entirely on the completion of a project of your
choice, which must be approved by the instructor and must apply concepts
covered in this course. This project will involve design and implementation
of distributed software which uses appropriate architectures and design patterns
presented in this course. You should take appropriate measurements of the performance
of your software and give a 15 minute presentation of your results 10th week of
this course.
Text Books
|
Pattern-Oriented Software Architecture Volume II
by Schmidt, Stal, Rohnert, and Buschmann
amazon link
|
|
Recommended: C++ Network Programming by Schmidt and Huston
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Topic and Reading Schedule
| Week | Topic | Text |
| 1 |
Intro |
Chapter 1 |
10 |
Final Review |
|