Step 7: Evaluate & Apply Model
Apr 8 – Apr 22 | Evaluate & Apply Model
Apr 8 – Apr 22 | Evaluate & Apply Model
Model 1: ExtraTrees Classifier
tslab_|_attr_MCHC__maximum_T1
nradiology_|_attr4_T1
nradiology_|_attr6_T1
image_|_attr5(3)_T1
image_|_attr7(3)_T1
demographics_|_anchor_age_T1
nradiology_|_attr4_T2
nradiology_|_attr6_T2
tslab_|_attr_Platelet_Count__mean_T2
tslab_|_attr_MCHC__maximum_T2
tslab_|_attr_MCH__maximum_T2
image_|_attr5(3)_T2
image_|_attr7(3)_T2
Model 2: Random Forest Classifier
We created this model specifically for this step. Like the previous model, it was trained on Time point 1 and Time point 2 from the learning set, using the same columns.
Apply Model
This section involves selecting a model and applying it to a new patient. You will need to enter the patient's required information, based on the columns the model was trained on, and observe the prediction the model makes for this new patient.
Content
In this current Step 7 - Evaluate & Apply Model, we will explore the functionalities of the by evaluating two machine learning models on our holdout set. As the models were created using only Time point 1 and Time point 2 from the learning set (see for more details), we are going to evaluate them on Time point 1 and Time point 2 from the holdout set.
Additionally, we will explore the functionalities of the by applying one of the models to a single patient from the holdout set.
Documentation related to this model is available . In our experiment, we kept the model's default values.
This model is the one we obtained at the end of . It is trained on Time point 1 and Time point 2 from our learning set, using the following columns (T1 and T2 suffix refers to T1 and T2 datasets):
Documentation related to this model is available . In our experiment, we kept the model's default values.
Please note that the dashboard is a basic implementation of the . Additionally, if you are seeking information about the dashboard elements, you may find it in the .
Also, if you want to fully understand how ExplainerDashboard works in the background, it is an open-source library, and the code is available on .
Before proceeding with Step 7 - Evaluate & Apply Model of the MEDomicsLab Testing Phase, we recommend consulting the documentation of the and the .
Intro
Evaluate 1st model
Evaluate 2nd model
Apply model