Comments (7)
Conv 64-128-256-512
97 0.086184 0.028476 0.678350 00:52
98 0.085402 0.028466 0.679489 00:52
99 0.085432 0.028146 0.682341 00:52
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xresnet50
97 0.078883 0.025930 0.718647 00:51
98 0.078497 0.026046 0.718951 00:49
99 0.078972 0.025905 0.716066 00:51
Seems to be a bit better
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xresnet18
97 0.074626 0.028025 0.690300 00:36
98 0.075188 0.027592 0.690504 00:36
99 0.074820 0.027749 0.687696 00:36
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xresnet101
97 0.080427 0.025303 0.717841 01:13
98 0.079735 0.025446 0.712157 01:13
99 0.080249 0.025226 0.715997 01:13
*I should mention that there were a few iterations in which it reached an f-score >0.72
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xresnet101 with stacked random crops
97 0.076211 0.026887 0.702940 01:15
98 0.076367 0.026963 0.685226 01:16
99 0.076069 0.027496 0.682742 01:14
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xresnet101 with stacked sequential crops
97 0.074217 0.027665 0.680261 01:16
98 0.074828 0.027505 0.690851 01:14
99 0.074364 0.027654 0.696997 01:12
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xresnet101 with 256x256 images*
97 0.084554 0.342670 0.635889 04:06
98 0.084848 0.505083 0.661808 04:05
99 0.084444 0.454247 0.670786 04:05
*One thing I noticed is that validation loss is still fluctuating. This may be a sign that we just have to train for more epochs.
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Related Issues (20)
- Investigate range of values in our images HOT 1
- Generate images on the fly HOT 1
- Try different network architectures
- Try .to_fp16() HOT 1
- Try without imagenet normalization HOT 2
- Look at what we're getting wrong. HOT 3
- Explore the lengths of the noisy dataset and test dataset HOT 1
- Keep Track of Results
- Try with more folds HOT 1
- Try xresnet with PReLU or LeakyReLU HOT 3
- Figure out how many crops to take HOT 1
- Explore lwlwrap HOT 1
- Figure out best label smoothing parameters HOT 2
- Try regenerating dataset with different audio parameters HOT 4
- Correct or remove corrupted audio files
- Consider custom loss function?
- Try with RandomResizedCrop augmentation of melspectrogram?
- Incorporating Noisy Dataset
- Consider incorporating other representations of sound into our model HOT 3
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