Classifying Interior Design Styles Using CNN
By:Nadia & Manal
Project5
start
start
CONTENTS
Introdution
Data & Process
Model & Result
Evaluation & Conclusion
start
Introduction
Interior design involves a high amount of guessing. Although a room’s style can be predefined and categorized, these are typically hard to classify it by non experts. Thus, our goal is to classify some interior designs for different rooms based on their style; we focus on the two primary styles : modern, traditional (old). To achieve this goal, we utilized deep neural networks .
start
Tools
start
Data
Data source :
kaggle [ https://www.kaggle.com/robinreni/house-rooms-image-dataset ] .
start
Process
Train the model transfer learning: 1- Feature extraction 2- fine Tunning
Result chose the best performance model
Preparing data " label dataset "
Preprocessing - Train-test split - image preprocessing: 1- Augmetation
start
Feature Extraction & Result
+ Baseline Model (EfficientNetB0): - Imagenet weights - epochs = 25 - learning rate = 0.001 - Batch size = 32 - Loss = 'binary_crossentropy' - Optimizer = ADAM
loss: 0.3902auc: 0.9226
start
Fine Tuning & Result
- Imagenet weights - epochs = 50 - learning rate = 0.000005 - Batch size = 32 - Loss = 'binary_crossentropy' - Optimizer = ADAM
loss: 0.0906auc: 0.9927
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Evaluating the Model on New Images
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Evaluating the Model on New Images
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Conclusion
+ This model has 50 cycles, if we change the epoch to a big number we can get a more precise results
start
Thank you !
Any Questions ?
Interior Design Classification_project 5
Nadia
Created on December 4, 2021
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Transcript
Classifying Interior Design Styles Using CNN
By:Nadia & Manal
Project5
start
start
CONTENTS
Introdution
Data & Process
Model & Result
Evaluation & Conclusion
start
Introduction
Interior design involves a high amount of guessing. Although a room’s style can be predefined and categorized, these are typically hard to classify it by non experts. Thus, our goal is to classify some interior designs for different rooms based on their style; we focus on the two primary styles : modern, traditional (old). To achieve this goal, we utilized deep neural networks .
start
Tools
start
Data
Data source : kaggle [ https://www.kaggle.com/robinreni/house-rooms-image-dataset ] .
start
Process
Train the model transfer learning: 1- Feature extraction 2- fine Tunning
Result chose the best performance model
Preparing data " label dataset "
Preprocessing - Train-test split - image preprocessing: 1- Augmetation
start
Feature Extraction & Result
+ Baseline Model (EfficientNetB0): - Imagenet weights - epochs = 25 - learning rate = 0.001 - Batch size = 32 - Loss = 'binary_crossentropy' - Optimizer = ADAM
loss: 0.3902auc: 0.9226
start
Fine Tuning & Result
- Imagenet weights - epochs = 50 - learning rate = 0.000005 - Batch size = 32 - Loss = 'binary_crossentropy' - Optimizer = ADAM
loss: 0.0906auc: 0.9927
start
Evaluating the Model on New Images
start
Evaluating the Model on New Images
start
Conclusion
+ This model has 50 cycles, if we change the epoch to a big number we can get a more precise results
start
Thank you !
Any Questions ?