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iRubric: Final Project: Animal Classification rubric

iRubric: Final Project: Animal Classification rubric

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Final Project: Animal Classification 
Rubric Code: W223W2C
Ready to use
Public Rubric
Subject: Computers  
Type: Project  
Grade Levels: Graduate

Powered by iRubric Criterion
  Poor

0 pts

Fair

1 pts

Good

2 pts

Excellent

3 pts

Data Analysis
9 pts

0-3-6-9

Poor

- None
Fair

- Data was only loaded into training, validation and test sets.

- No samples are plotted.
Good

- Data was only loaded into training, validation and test sets and samples plotted.

- No commentary.
Excellent

- Data was only loaded into training, validation and test sets and samples plotted.

- With insightful commentary.
Data Augmentation
12 pts

0-4-8-12

Poor

- None
Fair

- Data was augmented with one technique (flipped, rotated, shifted, zoomed, photometric distortions, etc).

- Little to no commentary.
Good

- Data was augmented with one technique (flipped, rotated, shifted, zoomed, photometric distortions, etc).


- Identified that data augmentation is required with commentary supplied as to why. (Training set size is too small, helps combat overfitting, improves model robustness, etc)
Excellent

- Data was augmented using more than one technique (flipped, rotated, shifted, zoomed, photometric distortions, etc).


- Identified that data augmentation is required with commentary supplied as to why. (Training set size is too small, helps combat overfitting, improves model robustness, etc)
Data Preparation
18 pts

0-6-12-18

Poor

- None
Fair

- Data reshaped using centering, normalization or standardization.

- no commentary.
Good

- Data reshaped using centering, normalization or standardization.

- Only one of the data preprocessing techniques were acknowledged.

- Motivations as to why. (model input range limitations, memory issues, compensate for RGB values, etc)
Excellent

- Data reshaped using centering, normalization or standardization.

- More than one type of data preprocessing technique was considered.

- Motivation for the choice of technique.
Model Choice
15 pts

0-5-10-15

Poor

- Only one model considered.

- No motivation.
Fair

- Only one model considered.

- Motivation for choice of model.
Good

- Only one model chosen but multiple were considered.

- Motivation for choice of final model
Excellent

- More than one type of model (or different configurations of the same type i.e. different structured NNs) chosen.

- Motivations as to why.
Model Training
21 pts

0-7-14-21

Poor

- Model(s) only trained.

- No commentary on training results.

- No commentary for choice of loss metrics, no graphs, etc.
Fair

- Model(s) trained

- Commentary on training results. (loss criteria, overfitting, how well the model fairs, etc)

- No commentary for choice of loss metrics, learning rates, selection of optimizers, etc
Good

- Model(s) trained

- Commentary on training results. (loss criteria, overfitting, how well the model fairs, etc)

- Commentary for choice of loss metrics, learning rates, selection of optimizers, etc

- No graphs or visualization of training.
Excellent

- Model(s) trained

- Commentary on training results. (loss criteria, overfitting, how well the model fairs, etc)

- Commentary for choice of loss metrics, selection of optimizers, etc

- Training visualized through graphs.(confusion matrix, roc curve, accuracy estimates vs epoch, etc)
Model Tuning
18 pts

0-6-12-18

Poor

- No parameters are tuned for.

- No discussion regarding hyper-parameters.
Fair

- Hyper-parameters were tuned and evaluated.

- No discussion regarding hyper-parameters.
Good

- Hyper-parameters were tuned and evaluated on the validation set.

- Commentary on the different hyper-parameters.
Excellent

- Hyper-parameters were tuned and evaluated on the validation set.

- Commentary on the different hyper-parameters.

- Performance of different values of hyper-parameters visualized through graphs.

- Choice of tuning technique justified (grid search, etc).
Model assessment
21 pts

0-7-14-21

Poor

- No test results shown.
Fair

- Results shown through tabular data and/or graphs. (confusion matrix, ROC curve, etc)

- No discussion
Good

- Results portrayed through tabular data and/or graphs. (confusion matrix, ROC curve, etc)

- Commentary regarding the choice of performance metric.
Excellent

- Results portrayed through tabular data and/or graphs. (confusion matrix, ROC curve, etc)

- Commentary regarding performance of the model. (Different models compared)

- Commentary regarding the choice of performance metric. (Accuracy, cross entropy loss, etc)

- Discussion on how performance could be increased further.
Final Model Performance
18 pts

0-6-12-18

Poor

0-50 % Accuracy
Fair

50-70 % Accuracy
Good

70-90 % Accuracy
Excellent

90-100 % Accuracy
Presentation
15 pts

0-5-10-15

Poor

- No commentary.

- Graphs are incomplete (axes are not named, no titles).
Fair

- Little commentary throughout.

- Graphs are incomplete (axes are not named, no titles).
Good

- Commentary is sufficient.

- Graphs are incomplete (axes are not named, no titles).
Excellent

- Commentary is sufficient as well as insightful.

- Graphs are well presented (axes are labelled, graphs are titled).

- Notebook flows neatly.










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