1 | initial version |
Let me get some hints up
Naotoshi Seo's createsamples script
--> your second mistake. Its better to use your true data, without artificial data augmentation, but thats purely from experience.-w and -h
are the dimension of your window (for negative sample grabbing) and model size. These can be the training image dimensions but do not have to be. Everything is rescaled to these parameters before training starts.-minHitRate 0.999
that is very strict for your weak classifiers, might wanna try putting that on 0.995. Its an immense difference!2 | No.2 Revision |
Let me get some hints up
Naotoshi Seo's createsamples script
--> your second mistake. Its better to use your true data, without artificial data augmentation, but thats purely from experience.-w and -h
are the dimension of your window (for negative sample grabbing) and model size. These can be the training image dimensions but do not have to be. Everything is rescaled to these parameters before training starts.-minHitRate 0.999
that is very strict for your weak classifiers, might wanna try putting that on 0.995. Its an immense difference!Oh and BTW, people should understand the difference between a notice/warning and an actual error. This does not mean your training breaks up, it just finished because you have what you asked for.
3 | No.3 Revision |
Let me get some hints up
Naotoshi Seo's createsamples script
--> your second mistake. Its better to use your true data, without artificial data augmentation, but thats purely from experience.-w and -h
are the dimension of your window (for negative sample grabbing) and model size. These can be the training image dimensions but do not have to be. Everything is rescaled to these parameters before training starts.-minHitRate 0.999
that is very strict for your weak classifiers, might wanna try putting that on 0.995. Its an immense difference!Oh and BTW, people should understand the difference between a notice/warning and an actual error. This does not mean your training breaks up, it just finished because you have what you asked for.
And finally, if you want a robust car detector --> with very little false positives, be prepared to collect multiple thousand positives and at least 200k-300k negative samples. Your set is just way to easy to solve mathematically spoken.