I know there are lots of consumer depth image sensors: kinect, primesense, structure.io, leap motion, ... But I'm looking for something that is more suitable for integration into robot, something without case or with proper mount, compact and available for at least next five years if robot is going to production. Something similar to the sensors used in this drone https://www.youtube.com/watch?v=Gj-5RNdUz3I
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$\begingroup$ Thanks for the question. I need same thing. A cheap 3d sensor which can sense obstacles and moving objects. I serach many commerical products but non of them suitable for robots than I decide to use hybrit of stereo vision and omnidirectional vision $\endgroup$– acsApr 28, 2015 at 15:18
2 Answers
What kind of processing power are you hoping to carry to do the depth sensing/processing? I would recommend the ZED camera when paired with an Nvidia K1 it works great for mobile vision processing, it is not environmentally sealed so it can only operate in good weather. It works from about 2-30m for most applications. if you are looking for bigger objects (like building sized) it can work a little further, around 50m.
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$\begingroup$ We'll probably have some relatively powerful x86 system. But I don't like stereo cameras, their depth is too unreliable, at least for indoor applications. $\endgroup$– DikobrAzApr 27, 2015 at 18:50
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$\begingroup$ Ya with the zed I get around 5cm accurcy, I don't really know of a solution like the one your asking for $\endgroup$– Mark OmoApr 27, 2015 at 18:52
If you want a low cost vision sensor that does all the work for you I sugest you look here -> Pixy Cam
From here you can work with two cameras and build your application using stereo vision to achieve 3D. You will have some work, because you have to use some kind of controller (arduino, netduino, whatever), build your own algorithm, build a case, etc... but it's cheap and it works fine.
Also, look here -> Question regarding 3d scanning and camera choice
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$\begingroup$ Thanks for the link, but i'm looking for depth camera. $\endgroup$– DikobrAzApr 29, 2015 at 17:01
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