Unable to find the simulink model explained in webinar 'Wideband Radar System Design'

Where could I find the wideband monstatic radar model described in the mentioned webinar?

[C B]

if you have radar toolbox installed you can directly open it from commandwindow

openExample('radar/slexWidebandMonostaticRadarExampleExample')

slexMonostaticRadarExample

slexMonostaticRadarMultipleTargetsExample

[NEERAJA P K]

Thanks for your response.

I wanted to get 'slexWBMonostaticRadarMultipleTargetsExample' (Wideband with multiple targets)which I couldn't find in the radar toolbox examples.

[Saksham]

Hi Neeraja,

Please provide me details of the webinar so that I can help you further.

Sincerely,

Saksham

[NEERAJA P K]

Thank you for your response. This is the link of webinar video taken by Rick Gentile : Wideband Radar System Design Video - MATLAB & Simulink (mathworks.com). At 26:30, a model named 'slexWBMonostaticRadarMultipleTargetsExamplebeamforming' can be seen. And I would like to try out that in matlab.

Thank you in advance.

Answer 1

[Keshav]

Hi Neeraja,

The example provided below is closely related to the one shown in the seminar, and it highlights the key components as well.

You may refer to the following example for modelling a wideband monostatic radar:

https://www.mathworks.com/help/radar/ug/modeling-a-wideband-monostatic-radar-in-a-multipath-environment.html

Additionally, the example below “monostatic radar with one and multiple targets” is part of the Phased Array Toolbox, however, it also shares a similar idea.

https://www.mathworks.com/help/phased/ug/end-to-end-monostatic-radar.html

To open the model, you can click on copy command on the top right side of the page and paste it into the MATLAB command window. This should open the location containing the files related to the example.

Unfortunately, the model "slexWBMonostaticRadarMultipleTargetsExamplebeamforming" you are looking for is no longer available as the capabilities of the radar product and code have advanced in the past 8 years.

Hope this helps!

[NEERAJA P K]

Ok, Thank you for the clarification