scattering theory derivation of a 3D acoustic cloaking shell

[djfslkfj]

How to implement the following on antennas, waveguides, rf and microwave circuits.

http://people.ee.duke.edu/~mhr5/PhysRevLett_100_024301%282008%29.pdf

[Nick-C]

Could you please post some more details as to how you would like to implement this and the application you will be using it for. Also noting any hardware you know you will be using would be most helpful.

Thanks!

-Nick-

[djfslkfj]

I would like to implement it on microstrip antennas the same ones used for celluar phones using rf transmitter circuits used in cellular phones and remote controls. As for the application I would like to use matlab's rf toolbox/communication systems toolbox.

[Nick-C]

Are you looking to use LabVIEW as a tool to help configure your hardware and use a matlab script to implement the 3D acoustic cloaking shell? If so there is MatLab script node in LabVIEW that allows you to execute MatLab text scripts.

[djfslkfj]

Thank you very much for your assistance. yes, I would like to implement it using labview. Is there a way I can implement this paper in labview.

[Nick-C]

With the right architecture you can implement nearly anything in LabVIEW, however I am not familiar with the specifics of this paper. How much LabVIEW programming experience do you have? The implementation of the algorithm shouldn't be terribly difficult with some LabVIEW background.

[djfslkfj]

I don't have a lot of experience programming in Labview, but I can try to learn it. Are there any examples of algorithms that I can try within the subject of this paper.

[Nick-C]

http://www.ni.com/gettingstarted/labviewbasics/ should be a good reference to get you started with the basics of LabVIEW. The NI Example Finder which can be accessed in LabVIEW via Help >> Find Examples.

The Probability Density Example shows some simple implementations of derivatives and integrals, and there are hundreds of other examples that you may find useful. Another excellent tool is LabVIEW help. You can search keywords for information on how to use certain structures and VIs.

I'm sure there are several ways this algorithm could be implemented in LabVIEW, however each of those is dependent on how you are going to architect your VI.

-Nick-