You do this by averaging. Set up a grid, then do a weighted average of the velocities with an appropriate scale. This is one step of how Smoothed Particle Hydrodynamics works. A more accurate term than averaging is interpolation. Look up SPH kernels and then use one of those for your interpolation
Hi Sreeni, your videos are truely very helpful. I really do not find any other channel with such detailed explanations on unets especially.. I am working on a project using the DEM images of moon and I have a few really annoying doubts which I would want to clearup. Let me know if I can get in touch with you.
Always thankful for your great videos! can I ask some questions? I carried out semantic segmentation with live-cell image stacks and it worked well. However, you can find some ill-segmented images in the binary image stacks(segmented ones). I want to manually correct those cells in the binary image stacks by overlaying the binary image stacks on the original image stacks. I tried to do with imageJ with the overlay option but it was hard to overlay image stacks and modify the segmented image stacks. Can you suggest any good way to modify the segmented binary images? Thank you.
Hi, I am working on bubbles in a bubble column and I stumbled across your video which seemed to be very much relevant for my case. Can you (or any knowledgable person in the comment section) help me in this regard? Thanks in advance!
man, I didnt even watch the video I just checked your channel and here I am, hitting the subscribe button..
Hi Sreeni, is there anyway to label tracked particles..?
your lecture makes me excited about sth what I am learning.
Glad to hear that!
hi. What is the size limit on these and what is the possible work around for images that are say 1010*1010 size. Thanks!
Is it possible to convert these individual particle tracks into a vector flow field that's commonly used to show fluid movements?
You do this by averaging. Set up a grid, then do a weighted average of the velocities with an appropriate scale. This is one step of how Smoothed Particle Hydrodynamics works. A more accurate term than averaging is interpolation. Look up SPH kernels and then use one of those for your interpolation
Hi Sreeni, your videos are truely very helpful. I really do not find any other channel with such detailed explanations on unets especially.. I am working on a project using the DEM images of moon and I have a few really annoying doubts which I would want to clearup.
Let me know if I can get in touch with you.
sir please make a video about nnunet usage for costum dataset on colab
yes i agree
Always thankful for your great videos! can I ask some questions? I carried out semantic segmentation with live-cell image stacks and it worked well. However, you can find some ill-segmented images in the binary image stacks(segmented ones). I want to manually correct those cells in the binary image stacks by overlaying the binary image stacks on the original image stacks. I tried to do with imageJ with the overlay option but it was hard to overlay image stacks and modify the segmented image stacks. Can you suggest any good way to modify the segmented binary images? Thank you.
Amazing ♥️✅✅💣
Amazing to see you here as well!
Hi, I am working on bubbles in a bubble column and I stumbled across your video which seemed to be very much relevant for my case. Can you (or any knowledgable person in the comment section) help me in this regard? Thanks in advance!