Description | Groups | More .. | Sample: code | Input File (WAV:20+MB)
Submit a report explaining your experiments. Limit the report format to PDF or an HTML folder. Please convert DOC to PDF format using tools like Adobe Acrobat, PDFCreator, etc.
Submit your best result, i.e. a sound file and its filtered counter part.
Please ensure that the final submission, say Project.zip, is not larger than 20 MB in size. If possible, host your report on some website rather than submitting large files, along with input/output files and submit a link to it, in the README file.

Solve: 6.4.3, 6.4.16, 6.4.18
[ Solution]

Solve problems- 5.3.{1,6}, 5.5.{1,4}, 2.3.{1,2}, 6.2.1.{a,b}
Create the Table-2.5 for the problems on Euler's method, with the error defined as |y_k+1-y_k|.
Use MATLAB *only* for 5.3.6 and generate the Table-5.3 for it.
Submit a print-out of the resultant Tables in Ex-5.3.6, if possible.

[Solution] [Matlab Log] [Code]

The homework description and related files are posted here.
Submit print outs of line fits if possible.
[FAQ]
Solutions: [Problem-1] [Problem-2] [Problem-2 (with noise added)] [code]

Solve problems-(3.1: 1) (3.2: 6) (3.3:3.{b,c}) (3.4:4.{a,d}) (3.5.1) (3.7:5)
Use MATLAB for 3.3.3 and 3.4.4.
READ - [FAQ]
[Solution] [code]

Solve problems-(2.4: 5, 11 ) (2.5: 5, 11, 17)( 3.1: 3.e)
Use MATLAB where ever necessary and submit the zipped archive online via CourseTools.
[FAQ]
[Solution] [code]

Solve problems: 2.2: 3, 5, 8, 12, 13, 22
Use MATLAB for 2.2.3 and in any problem in general. If you have any MATLAB code, submit it along with README, diary, demo.m,etc. Place these files in a folder , say "hw4", and submit the zipped archive online via CourseTools.
[Solution] [code]

Solve problems: 1.5.5,7,9,11 1.6.1,3,6,10
[Solution] [code]

Solve problems in Section 1.1: 23,27 and in Section 1.2: 6,13
[Solution]

In Section 1.1, solve problems 1, 6 (show all steps), 9, 11, 13, 17, 21
Also, give the Taylor polynomial of order 4 for the function f(x)=x^x, expanded at (x₀ = 1).
[Solution] [code]