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== Problem 1 == | == Problem 1 == | ||
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== Problem 6 == | == Problem 6 == | ||
| − | + | Add your Rhea contribution to the [[Course-Related_Material]] page | |
== Problem 7 == | == Problem 7 == | ||
| + | Adam has posted some [[Helpful Youtube videos]] which will be very helpful in working this problem. Nice find! - Landis | ||
| + | |||
| + | 7. Convolution implementation Write a Matlab function that per- | ||
| + | forms convolution of two discrete-time input signals. Note that the | ||
| + | theoretical convolution defined in class has signals <math>x[n]</math> defined for | ||
| + | <math> n \in ( -\infty , \infty )</math>. Since this is not practically realizable, have your code | ||
| + | assume that a finite-length input signal is such that it is zero outside of | ||
| + | the specified range. For example, both signals <math>x_1[n]</math> and <math>x_2[n]</math> plotted | ||
| + | below can be represented by a vector in Matlab as [2, 3, 1]. Compare | ||
| + | your code’s functionality against the builtin Matlab function conv (type | ||
| + | “help conv” on the command line for more information). | ||
| + | |||
| + | * So, are you saying that our code cannot call the function conv, but can use for loops even though they are slow. Just clarifying-- Adam Frey | ||
| + | * Yes, your function may use loops, but should not call the conv function. I simply want you to write a function that works identically to conv. If you are feeling ambitious, you can try this without loops, though I would strongly recommend writing it using for-loops first. [[User:Huffmalm|Huffmalm]] | ||
| + | |||
| + | Another note: if you are unfamiliar, you may define functions in matlab by including "function" on the first line of your .m file. For instance, write | ||
| + | |||
| + | function y = myconv(x,h) | ||
| + | |||
| + | at the top of the script which performs convolution of x and h and calls the output y. Then save the function as myconv.m. In this way, the user can input x and h from the command line, and call your function simply by typing "myconv(x,h)" on the command line. [[User:Huffmalm|Huffmalm]] | ||
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| + | |||
| + | * [[HW 3.7 - Arjun Bajaj 301_summer 09]] | ||
| + | * [[HW 3.7 - Navroz Kwatra 301_Summer 09]] | ||
| + | * [[HW 3.7 - Anish Venkat 301_summer09]] | ||
| + | * [[HW 3.7 - Howard Ho_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Ryne Rayburn_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Rob Swanson_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Nick Gentry_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Lu Zhang_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Joseph Yu_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Tyler Mattmuller_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Ted Schnittgen_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Adam Frey_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Vishal Ramani_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Muhammad Aizuddin Zulkifli_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - William Owens_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Shannon Abrell_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Yicheng Guo_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Adam Siembida_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - James Phillips_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Mohd Faiz Mohd Asri_ECE301_Summer2009]] | ||
| + | * [[HW 3.7 - Evan Witkoske ECE301 summer2009]] | ||
| + | * [[HW 3.7 - Jamis_Martin_ECE301_Summer2009]] | ||
| + | |||
| + | == Bonus (Convolution without loops) == | ||
| + | * [[Ted Schnittgen_ECE301_Summer2009]] | ||
| + | |||
| + | |||
| + | Back to [[Homework]] | ||
Latest revision as of 00:38, 2 July 2009
Contents
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5
Problem 6
Add your Rhea contribution to the Course-Related_Material page
Problem 7
Adam has posted some Helpful Youtube videos which will be very helpful in working this problem. Nice find! - Landis
7. Convolution implementation Write a Matlab function that per- forms convolution of two discrete-time input signals. Note that the theoretical convolution defined in class has signals $ x[n] $ defined for $ n \in ( -\infty , \infty ) $. Since this is not practically realizable, have your code assume that a finite-length input signal is such that it is zero outside of the specified range. For example, both signals $ x_1[n] $ and $ x_2[n] $ plotted below can be represented by a vector in Matlab as [2, 3, 1]. Compare your code’s functionality against the builtin Matlab function conv (type “help conv” on the command line for more information).
- So, are you saying that our code cannot call the function conv, but can use for loops even though they are slow. Just clarifying-- Adam Frey
- Yes, your function may use loops, but should not call the conv function. I simply want you to write a function that works identically to conv. If you are feeling ambitious, you can try this without loops, though I would strongly recommend writing it using for-loops first. Huffmalm
Another note: if you are unfamiliar, you may define functions in matlab by including "function" on the first line of your .m file. For instance, write
function y = myconv(x,h)
at the top of the script which performs convolution of x and h and calls the output y. Then save the function as myconv.m. In this way, the user can input x and h from the command line, and call your function simply by typing "myconv(x,h)" on the command line. Huffmalm
- HW 3.7 - Arjun Bajaj 301_summer 09
- HW 3.7 - Navroz Kwatra 301_Summer 09
- HW 3.7 - Anish Venkat 301_summer09
- HW 3.7 - Howard Ho_ECE301_Summer2009
- HW 3.7 - Ryne Rayburn_ECE301_Summer2009
- HW 3.7 - Rob Swanson_ECE301_Summer2009
- HW 3.7 - Nick Gentry_ECE301_Summer2009
- HW 3.7 - Lu Zhang_ECE301_Summer2009
- HW 3.7 - Joseph Yu_ECE301_Summer2009
- HW 3.7 - Tyler Mattmuller_ECE301_Summer2009
- HW 3.7 - Ted Schnittgen_ECE301_Summer2009
- HW 3.7 - Adam Frey_ECE301_Summer2009
- HW 3.7 - Vishal Ramani_ECE301_Summer2009
- HW 3.7 - Muhammad Aizuddin Zulkifli_ECE301_Summer2009
- HW 3.7 - William Owens_ECE301_Summer2009
- HW 3.7 - Shannon Abrell_ECE301_Summer2009
- HW 3.7 - Yicheng Guo_ECE301_Summer2009
- HW 3.7 - Adam Siembida_ECE301_Summer2009
- HW 3.7 - James Phillips_ECE301_Summer2009
- HW 3.7 - Mohd Faiz Mohd Asri_ECE301_Summer2009
- HW 3.7 - Evan Witkoske ECE301 summer2009
- HW 3.7 - Jamis_Martin_ECE301_Summer2009
Bonus (Convolution without loops)
Back to Homework
