Vladimir, on the main webpage: http://image-sensors-world.blogspot.com/2019/02/ we are getting the "wrong video and thumbnail" error again.
On the main webpage the video thumbnail (and the video that is shown when the title is clicked) is: "Available Canon CMOS Sensors For A Wide Range Of Imaging Applications" at: https://www.youtube.com/watch?v=gPyoiiUJgKA .
On THIS webpage (http://image-sensors-world.blogspot.com/2019/02/trinamix-managing-director-on-distance.html) I see the correct thumbnail and video for the article.
I have read quite a few posts on Time of Flight and other 3D scanning technologies, but none seems to allow me to take measurements of a wall with high enough accuracy to use for robotic trimming.
I am looking for a solution to measure walls using a simple scan or photo technique, such as Leica360, or the Occipital Structure scanner. I need 1/16 inch accuracy from 2 to 3 mn distance.
You can consider using a camera and a pico-projector with a certain baseline in between them. The depth is calculated using triangulation method. The higher the baseline is, the higher the depth accuracy is.
Vladimir, on the main webpage: http://image-sensors-world.blogspot.com/2019/02/ we are getting the "wrong video and thumbnail" error again.
ReplyDeleteOn the main webpage the video thumbnail (and the video that is shown when the title is clicked) is: "Available Canon CMOS Sensors For A Wide Range Of Imaging Applications" at: https://www.youtube.com/watch?v=gPyoiiUJgKA .
On THIS webpage (http://image-sensors-world.blogspot.com/2019/02/trinamix-managing-director-on-distance.html) I see the correct thumbnail and video for the article.
Most probably, the browser cache refresh would solve the problem. This happens to me quite often as well.
DeleteI have read quite a few posts on Time of Flight and other 3D scanning technologies, but none seems to allow me to take measurements of a wall with high enough accuracy to use for robotic trimming.
ReplyDeleteI am looking for a solution to measure walls using a simple scan or photo technique, such as Leica360, or the Occipital Structure scanner. I need 1/16 inch accuracy from 2 to 3 mn distance.
Any ideas? Thanks
Eric
You can consider using a camera and a pico-projector with a certain baseline in between them. The depth is calculated using triangulation method. The higher the baseline is, the higher the depth accuracy is.
Delete