Maak een model en compileer het

Nu je invoer- en uitvoerlagen hebt voor het 3-inputmodel, verpak je ze in een Keras-modelklasse en compileer je het model, zodat je het op data kunt fitten en gebruiken om voorspellingen te doen op nieuwe data.

Deze oefening maakt deel uit van de cursus

Advanced Deep Learning met Keras

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Oefeninstructies

Maak een model met team_in_1, team_in_2 en home_in als inputs en out als output.
Compileer het model met de optimizer 'adam' en 'mean_absolute_error' als verliesfunctie.

Praktische interactieve oefening

Probeer deze oefening eens door deze voorbeeldcode in te vullen.

# Import the model class
from tensorflow.keras.models import Model

# Make a Model
model = ____([____, ____, ____], ____)

# Compile the model
____.____(optimizer=____, loss=____)

Code bewerken en uitvoeren

Deze oefening maakt deel uit van de cursus

Advanced Deep Learning met Keras

SkillTag.level.intermediateSkillTag.label

4.8+

Begin de cursus gratis

In this chapter, you'll become familiar with the basics of the Keras functional API. You'll build a simple functional network using functional building blocks, fit it to data, and make predictions.

Exercise 1: Keras input and dense layers Exercise 2: Input layers Exercise 3: Dense layers Exercise 4: Output layers Exercise 5: Build and compile a model Exercise 6: Build a model Exercise 7: Compile a model Exercise 8: Visualize a model Exercise 9: Fit and evaluate a model Exercise 10: Fit the model to the tournament basketball data Exercise 11: Evaluate the model on a test set

In this chapter, you will build two-input networks that use categorical embeddings to represent high-cardinality data, shared layers to specify re-usable building blocks, and merge layers to join multiple inputs to a single output. By the end of this chapter, you will have the foundational building blocks for designing neural networks with complex data flows.

Exercise 1: Category embeddings Exercise 2: Define team lookup Exercise 3: Define team model Exercise 4: Shared layers Exercise 5: Defining two inputs Exercise 6: Lookup both inputs in the same model Exercise 7: Merge layers Exercise 8: Output layer using shared layer Exercise 9: Model using two inputs and one output Exercise 10: Predict from your model Exercise 11: Fit the model to the regular season training data Exercise 12: Evaluate the model on the tournament test data

In this chapter, you will extend your 2-input model to 3 inputs, and learn how to use Keras' summary and plot functions to understand the parameters and topology of your neural networks. By the end of the chapter, you will understand how to extend a 2-input model to 3 inputs and beyond.

Exercise 1: Drie-inputmodellen Exercise 2: Maak een inputlaag voor thuis vs. uit Exercise 3: Maak een model en compileer het

Huidige oefening

Exercise 4: Model trainen en evalueren Exercise 5: Modellen samenvatten en plotten Exercise 6: Modeloverzichten Exercise 7: Modellen plotten Exercise 8: Modellen stapelen Exercise 9: Voeg de modelvoorspellingen toe aan de toernooigegevens Exercise 10: Maak een invoerlaag met meerdere kolommen Exercise 11: Train het model Exercise 12: Evalueer het model

In this chapter, you will build neural networks with multiple outputs, which can be used to solve regression problems with multiple targets. You will also build a model that solves a regression problem and a classification problem simultaneously.

Exercise 1: Two-output models Exercise 2: Simple two-output model Exercise 3: Fit a model with two outputs Exercise 4: Inspect the model (I)Exercise 5: Evaluate the model Exercise 6: Single model for classification and regression Exercise 7: Classification and regression in one model Exercise 8: Compile and fit the model Exercise 9: Inspect the model (II)Exercise 10: Evaluate on new data with two metrics Exercise 11: Wrap-up