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Jennifer seeks assistance with MATLAB programming, specifically for reducing noise in audio communication using Hamming codes. She has a sample code but struggles to understand its functionality and the associated plots, which represent sound waveforms with sample numbers on the x-axis and sample values on the y-axis. Despite reading tutorials, she feels pressed for time due to an impending deadline and requests help to comprehend the code and plots.Additionally, another user named Warren is looking for help solving a complex partial differential equation in MATLAB. He specifies different thermal properties for two ranges of z-values and requests guidance on implementing this equation in MATLAB. Both users emphasize their status as beginners and the urgency of their projects.
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MATLAB code help please...

Hi,
My name is Jennifer.Iam new to Matlab programming.Iam working on reducing the noise content in audio communication.Iam using Hamning codes for the same.I have a sample code with me,which iam uploading in a zip file.Iam unable to understand how it works.Can someone please explain me how the code is written,what it means and what the different plots mean and how to read them? I have trouble especially with the plots trying to understand them.

Being a beginner,Iam having a lot of trouble trying to understand.Iam trying to read Matlab tutorials at the same time but I have to finish up this work soon before the deadline.So can anyone be kind enough to help me through this please? I would greatly appreciate all the help I receive. Thank you in advance.
 

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The plots appear to be sound waveforms. The x-axis of each plot is the sample number, and the y-axis is the value of each sample.

- Warren
 


Hi i Would like to solve the the following eqn using Matlab

Since I am new to Matlab, I would request u to help me in this regard
(∂^2 T)/〖∂r〗^2 + 1/r (∂T )/∂r+(∂^2 T)/〖∂z〗^2 = 1/α (∂T )/∂t+τ/α (∂^2 T)/〖∂t〗^2 - { (1+δ(t) )-(1+δ(t-tp) }*IoKa/k 〖exp( - 2r/σ^2 〗_^2)exp(-zka)

where δ(t) =76ns

Δz = 0.- 2.5
Δz = 2.5 - 50
Δr = 4

If Δz = 0.- 2.5, I have to use thermal properties of my material

if Δz = 2.5 - 50, I have to use thermal properties of glass.

Could u help me in this regards
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