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== Homework Related == | == Homework Related == | ||
| − | * | + | * [https://engineering.purdue.edu/~bouman/ece301/homework/hwPDF/hw1.pdf Homework 1]: Please discuss hw1 [[hw1 (ECE301BoumanFall09)|here]], [[hw1_comments_(ECE301BoumanFall09)|TAs Comments]], TA's solution |
* Homework 2: Please discuss hw2 [[hw2 (ECE301BoumanFall09)|here]], [[hw1_comments_(ECE301BoumanFall09)|TAs Comments]], TA's solution | * Homework 2: Please discuss hw2 [[hw2 (ECE301BoumanFall09)|here]], [[hw1_comments_(ECE301BoumanFall09)|TAs Comments]], TA's solution | ||
* Homework 3: Please discuss hw3 [[hw3 (ECE301BoumanFall09)|here]], [[hw1_comments_(ECE301BoumanFall09)|TAs Comments]], TA's solution | * Homework 3: Please discuss hw3 [[hw3 (ECE301BoumanFall09)|here]], [[hw1_comments_(ECE301BoumanFall09)|TAs Comments]], TA's solution | ||
Revision as of 12:53, 24 August 2009
Contents
Rhea Section for ECE301 Professor Bouman, Fall 2009
Dear Students: this page is awaiting your contributions
Course Details
- Instructor: Professor Charles Bouman (MSEE 348, (765)494-0340, bouman@purdue.edu)
- Course TA's:
- Course Web Site: http://www.ece.purdue.edu/~bouman/ee301
- Lecture Schedule:
- Help/Office Sessions:
- Detailed Course Description
Homework Related
- Homework 1: Please discuss hw1 here, TAs Comments, TA's solution
- Homework 2: Please discuss hw2 here, TAs Comments, TA's solution
- Homework 3: Please discuss hw3 here, TAs Comments, TA's solution
- Homework 4: Please discuss hw4 here, TAs Comments, TA's solution
- Homework 5: Please discuss hw5 here, TAs Comments, TA's solution
- Homework 6: Please discuss hw6 here, TAs Comments, TA's solution
- Homework 7: Please discuss hw7 here, TAs Comments, TA's solution
- Homework 8: Please discuss hw8 here, TAs Comments, TA's solution
- Homework 9: Please discuss hw9 here, TAs Comments, TA's solution
Exam Related
- Exam Times:
- Exam 1:
- Exam 2:
- Exam 3:
- Old Exams
- Tips for Exam Preparation
Lecture Notes
- Introduction to Signals
- Systems
- Overview of Transforms
- Continuous Time Fourier Series (CTFS)
- Continuous Time Fourier Transforms (CTFT)
- Discrete Fourier Transforms (DFT)
- Discrete Time Fourier Transforms (DTFT)
- Sampling and Reconstruction
