Large number of training steps results in poor performance in transfer learningGetting low accuracy with deep convolutional NN trained on Imagenet 2011Odd results for Image Recognition using AlexNet in Deep LearningPerforming Transfer Learning Caffe - Googlenet MIT Places ModelWhy does the validation performance have large fluctuations during deep CNN training?Keras validation accuracy much lower than training accuracy even with the same dataset for both training and validationValidation Accuracy stuck to 50% using keras VGG16 modelDifference between training and testing accuracy+ Tensorflow tutorialTensorflow model accuracyWhy model produces the best performance after the first epoch when my training loss decreases and the accuracy of the validation set increases?training small amount of data on the large capacity network
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Large number of training steps results in poor performance in transfer learning
Getting low accuracy with deep convolutional NN trained on Imagenet 2011Odd results for Image Recognition using AlexNet in Deep LearningPerforming Transfer Learning Caffe - Googlenet MIT Places ModelWhy does the validation performance have large fluctuations during deep CNN training?Keras validation accuracy much lower than training accuracy even with the same dataset for both training and validationValidation Accuracy stuck to 50% using keras VGG16 modelDifference between training and testing accuracy+ Tensorflow tutorialTensorflow model accuracyWhy model produces the best performance after the first epoch when my training loss decreases and the accuracy of the validation set increases?training small amount of data on the large capacity network
.everyoneloves__top-leaderboard:empty,.everyoneloves__mid-leaderboard:empty,.everyoneloves__bot-mid-leaderboard:empty margin-bottom:0;
I have a question. I have used transfer learning to retrain googlenet on my image classification problem. I have 80,000 images which belong to 14 categories. I set number of training steps equal to 200,000. I think the code provided by Tensorflow should have drop out implimented and it trains based on random shuffling of dataset and cross validation approach, and and I do not see any overfiting in training and classification curves, and I get high cross validation accuracy and high test accuracy but when I apply my model to new dataset then I get poor classification result. Anybodey know what is going on?Thanks!
deep-learning
add a comment |
I have a question. I have used transfer learning to retrain googlenet on my image classification problem. I have 80,000 images which belong to 14 categories. I set number of training steps equal to 200,000. I think the code provided by Tensorflow should have drop out implimented and it trains based on random shuffling of dataset and cross validation approach, and and I do not see any overfiting in training and classification curves, and I get high cross validation accuracy and high test accuracy but when I apply my model to new dataset then I get poor classification result. Anybodey know what is going on?Thanks!
deep-learning
- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12
add a comment |
I have a question. I have used transfer learning to retrain googlenet on my image classification problem. I have 80,000 images which belong to 14 categories. I set number of training steps equal to 200,000. I think the code provided by Tensorflow should have drop out implimented and it trains based on random shuffling of dataset and cross validation approach, and and I do not see any overfiting in training and classification curves, and I get high cross validation accuracy and high test accuracy but when I apply my model to new dataset then I get poor classification result. Anybodey know what is going on?Thanks!
deep-learning
I have a question. I have used transfer learning to retrain googlenet on my image classification problem. I have 80,000 images which belong to 14 categories. I set number of training steps equal to 200,000. I think the code provided by Tensorflow should have drop out implimented and it trains based on random shuffling of dataset and cross validation approach, and and I do not see any overfiting in training and classification curves, and I get high cross validation accuracy and high test accuracy but when I apply my model to new dataset then I get poor classification result. Anybodey know what is going on?Thanks!
deep-learning
deep-learning
asked Mar 25 at 22:38
hsn15051hsn15051
1201 silver badge15 bronze badges
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- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12
add a comment |
- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12
- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12
add a comment |
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- Are the two datasets inherently the same? Is there any possible huge difference you are simply overlooking? - Have you applied the same preprocessing steps to the second dataset? - Have you defined a proper performance metric?
– Mohammad Razzaghnoori
Mar 25 at 23:07
Both datasets are pretty similar. I have not applied any preprocessing step as mean subtraction is performed in the code provided by tensorflow. I have not defined metric but I simply used the retrain.py script by tensorflow for transfer learning and retraining inception-v2
– hsn15051
Mar 26 at 0:13
- "when I apply my model to new dataset then I get poor classification result" sounds like overfitting. - Have you tried to retrain the model using 60,000 of your 80,000 images, then test them on the other 20,000 ? If it works, then it might be the dataset difference issue mentioned by @MohammadRazzaghnoori ; if not, then you might need to investigate the retrain.py .
– user10253771
Mar 26 at 6:12