its Deep root is 'duhamel integral', You can find(approximate) the respose of your vehicle suspension system using this, for an unknown train, provided you got its IR.
Wondering if we can apply it in agriculture. For example if two dosages of fertilizer applied at a gap of 1 month, what will be the overall effectiveness?
Another interesting use case for convolution! If the agricultural system is able to be modeled as a linear and time-invariant system, convolution could indeed be applied to describe the effectiveness. Otherwise, there may be another mathematical technique that is a better fit. Very cool example!
In class they’ve taught me convolution in in DSP and DCS but applied in Process control, control Engineering & Systems and process instrumentation… Can you provide an example on those As you asked
Great question! We flip the second function so that during the convolution, the initial points of the two functions meet first and the last points of the two functions meet last. This way the two functions are interacting with each other in proper time sequence as they get convolved
Try free online tutorials called Onramps. They are self-paced and you can complete them in a few hours and you learn quickly how to use MATLAB in various applications. Then you can use MATLAB Online (free up to 20 hours a month), or MATLAB Home License, or Student license if you are in school.
Yes, try MATLAB Onramp. It's a free online tutorial that you can interactively solve problems online in a MATLAB Online-based environment. After that, you can try other Onramp tutorials or start using MATLAB Online. If you are a student, you may be eligible for a school license. Onramp Tutorials matlabacademy.mathworks.com/?page=1&fq=onramp&sort=featured MATLAB Online www.mathworks.com/products/matlab-online.html MATLAB for Students (A campus license or Student Suite) www.mathworks.com/products/matlab/student.html MATLAB Home License (if you are not a student) www.mathworks.com/products/matlab-home.html
Thank you for watching and let us know if you have any comments.
Really great explanation in a single to the point video
Glad you like it.
its Deep root is 'duhamel integral',
You can find(approximate) the respose of your vehicle suspension system using this, for an unknown train, provided you got its IR.
That's a great example! Really goes to show how convolution is all around us, even in our cars!
Wondering if we can apply it in agriculture. For example if two dosages of fertilizer applied at a gap of 1 month, what will be the overall effectiveness?
Another interesting use case for convolution! If the agricultural system is able to be modeled as a linear and time-invariant system, convolution could indeed be applied to describe the effectiveness. Otherwise, there may be another mathematical technique that is a better fit. Very cool example!
In class they’ve taught me convolution in in DSP and DCS but applied in Process control, control Engineering & Systems and process instrumentation… Can you provide an example on those As you asked
Thanks for your comment. That's an interesting idea and we would love to do more videos in the future.
When you explain it so simply it makes me cringe that I struggled hard to understand this in college.
I hear you, but it's never too late! Thank you for watching.
Can you please do a video about using the Modalfrf function for EMA?
Thank you for your suggestion!
Why do we flip the second function though??
Great question! We flip the second function so that during the convolution, the initial points of the two functions meet first and the last points of the two functions meet last. This way the two functions are interacting with each other in proper time sequence as they get convolved
Thanks, very helpful.
Glad you like it!
How can it be applied in bioinformatics?
Definitely. Perhaps you can share you do in bioinformatics?
Can I get a free 1 year Matlab license please ? I see Matlab being used practically EVERYWHERE. Now I want to learn how to use it !
Try free online tutorials called Onramps. They are self-paced and you can complete them in a few hours and you learn quickly how to use MATLAB in various applications. Then you can use MATLAB Online (free up to 20 hours a month), or MATLAB Home License, or Student license if you are in school.
Yes, try MATLAB Onramp. It's a free online tutorial that you can interactively solve problems online in a MATLAB Online-based environment. After that, you can try other Onramp tutorials or start using MATLAB Online. If you are a student, you may be eligible for a school license.
Onramp Tutorials
matlabacademy.mathworks.com/?page=1&fq=onramp&sort=featured
MATLAB Online
www.mathworks.com/products/matlab-online.html
MATLAB for Students (A campus license or Student Suite)
www.mathworks.com/products/matlab/student.html
MATLAB Home License (if you are not a student)
www.mathworks.com/products/matlab-home.html
Search for MATLAB Online.
@@MATLAB thanks