Welcome to the Web-based course.

Sun, 11/30/2008 - 22:06 — jpagrawa

Motto:    Mobility, Nomadicity and Portability.

The class is now closed.

Bulletin

 

Mar 18:   Read and critically review the enclosed paper, "2001 Kahn & Barry (Proc IEEE) Wireless infrared communications.pdf", You must prepare a 4-5 page report that is your summary of main topic(s), any issues that you think are missing or need more discussion or improvement. It is due on Mar. 30 in the class.

 

Mar 12:    Lecture M4_1 is uploaded today.

Mar 9:    Please email or post on the forum a few questions on the project, at least a day before. I will devote 10-15 minutes in Monday's class,. I will try to give answers to my best.

 

          Gradebook is posted.

             Critical review 1: Sample 1,   Sample 2 

 

Mar 5:  Lecture M3_2 is now posted.

 

Mar 3:  Tuesday lecture will be posted a few days later. Sorry.

 

Mar 1:  Please see the new page "Project" on the left menu.

 

Feb. 24:  I have assigned the due dates for two simulation exercises. Please see the "simulation" page.

 

Feb. 24:  The solution for test 1 is uploaded as the .wmv file on the lecture page. I am not disappointed, because you have attempted the problem solving. These problems are very close to the real-world design projects. I will discard this test, and will increase the weight of the term-project/paper.

Feb. 7: Realizing that many of you do not have access to the textbook, I like to modify the critical review assignment as follows:

Read and critically review the enclosed paper, "Recent System Applications of Short-Pulse Ultra-Wideband (UWB) Technology", Invited Paper by R.J. Fontana, Ph.D., IEEE Microwave Theory and Tech., Vol. 52, No. 9, September 2004 p.
You must prepare a 4-5 page report that is your summary of main topic(s), any issues that you think are missing or need more discussion or improvement. It is due on Feb. 23 in the class.
 
___________________________________________________________________________________
Please use the username given by Purdue.

Your password is the last four digits of your PUID (including leading zeros) followed by first and last initials. Example for Jane Roberts with a PUID as 12450541, the password is 0541jr.

For getting announcements and other class info, please visit this class website at least two-three times a week, specially before you come to class or lab meeting.

Please download the latest Adobe pdf reader and wmv player.

 

Syndicate content