Course Schedule

Week

Date

Topic

Note

1

2/14

Course Overview

 

Experiment 1 related topics (offered by recorded video for asynchronous study)

2

2/21

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 1 released

 

3

2/28

228 Memorial Day (No class)

Experiment 2 related topics (offered by recorded video for asynchronous study)

4

3/7

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 2 released, Experiment 1 due

5

3/14

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 3 related topics (offered by recorded video for asynchronous study)

6

3/21

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 3 released, Experiment 2 due

7

3/28

Advanced topics not taught in “Introduction to Computer Networks”

 

Experiment 4 related topics (offered by recorded video for asynchronous study)

8

4/4

Spring Break (No class)

Experiment 4 released, Experiment 3 due

9

4/11

Advanced topics not taught in “Introduction to Computer Networks”

A 1-page proposal describing the topic of the self-chosen project should be submitted.

Experiment 5 related topics (offered by recorded video for asynchronous study)

10

4/18

Advanced topics not taught in “Introduction to Computer networks”

Experiment 5 released, Experiment 4 due

 

11

4/25

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 6 related topics (offered by recorded video for asynchronous study)

12

5/2

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 6 released, Experiment 5 due

13

5/9

Mid-term Exam (2 hours, closed-books)

A 5-page report describing the current progress and results of the self-chosen project should be submitted.

Experiment 7 related topics (offered by recorded video for asynchronous study)

14

5/16

Advanced topics not taught in “Introduction to Computer Networks”

Experiment 7 released, Experiment 6 due

15

5/23

Advanced topics not taught in “Introduction to Computer Networks”

16

5/30

In-class self-chosen project presentation (I) (Each student has 5 minutes to demo his/her program.)

Experiment 7 due

17

6/6

In-class self-chosen project presentation (II) (Each student has 5 minutes to demo his/her program.)

Optional week  1

18

6/13

In-class self-chosen project presentation (III) (Each student has 5 minutes to demo his/her program.)

Optional week  2

6/17

A 10-page report describing the final results of the self-chosen project should be submitted.