Computability 2004/2005

Fall 2004
http://grace.evergreen.edu/cnc

Announcements

For those interested in SOS: . Here is the sos questionnaire .

For those interested in a summer contract working on Java (in preparation for SOS). I am doing a group contract working on the material in the textbook we will be using: Data Structure, Algorithms, and Applications in Java by Sartaj Sahni ISBN 0-07-109217-X.
For your description of the contract, you should say:

This (8/4 credit contract) will work through the initial chapters of the textbook "Data Structure, Algorithms, and Applications in Java" by Sartaj Sahni. We intend to cover the first 3-4 chapters in detail. This work will allow the students to do substantial Java programming, debugging, and algorithm analysis and will support them in preparing for SOS.

The student will meet weekly with the sponsor for problem solving sessions. Credit will be awarded based on submission of the programming assignments and exercises.

Neural network support classes : We will start on Fri 4/29 meeting in the ACC from 10-12 to go over a sample class design and implementation in C++. This design is usable as-is OR can be used as the design base for other implementations in other OO languages (eg Java).

PLEASE! Check your eval schedule (for Sherri and Al) . Note I had to change two eval slots: I have an appointment on Wed between 12:30 and 2:30.
Evaluation Groups (Spring)
Computability and Data to Information
Al Leisenring Sherri Shulman Neal Nelson
Arbuckle Baxter Binger
Triggs Crosland Blazian
  Dillon Chhay
Hagen Eggers Graham
Kimble-Rehm Granville Hogan
Slimmer Gudgel Johnson
Lewis Jennings-Schafer Le
McLendon Madsen Moon
Moren Nelson Moore, J.
  Noonan Moore, S.
Rydholm Pierce Perry
Snyder   Quach
Wayne   Vovak

Evaluation Schedule (Al and Sherri).


Program Threads

Fall Winter (first half) Winter (second half) Spring
Seminar Seminar (See Connectionism below)
Operating Systems Concurrency
Curry C Programming
Logic Connectionism
( Neural Network support classes )
  Formal Languages Theory of Computation

Schedule


Course Information