A) A branch of artificial intelligence that enables machines to learn from data. B) A method of controlling physical machines using human input. C) A programming language used for designing computer chips. D) A type of software used for playing video games.
A) Decision trees B) Classification C) Clustering D) Linear regression
A) Converting input to output directly. B) Storing information for future use. C) Training the network using backpropagation. D) Introducing non-linearity to the network.
A) K-Means B) SVM C) Random Forest D) Q-Learning
A) Gradient Descent B) Principal Component Analysis (PCA) C) Decision Trees D) Naive Bayes
A) Normalizes the data before training. B) Optimizes the model using backpropagation. C) Selects the best features for the model. D) Quantifies the difference between predicted and actual values.
A) Evaluating the model using cross-validation. B) Training a model without any data. C) Regularizing the model to prevent overfitting. D) The process of selecting and transforming input features to improve model performance.
A) To minimize the loss function during training. B) To control the learning rate of the model. C) To add noise to the data. D) To separate different classes in the input space.
A) Gradient Descent B) Dropout C) Feature Scaling D) Batch Normalization
A) Dimensionality reduction B) Clustering C) Classification D) Regression
A) Accuracy B) Mean squared error C) Mean Absolute Error D) R-squared
A) Adding noise to the data B) Imputation C) Ignoring the missing data D) Duplicating the data
A) AdaBoost B) PCA (Principal Component Analysis) C) K-nearest Neighbors (KNN) D) SMOTE (Synthetic Minority Over-sampling Technique)
A) SVM (Support Vector Machine) B) K-means clustering C) Naive Bayes D) Isolation Forest
A) Cross-entropy B) Root Mean Squared Error (RMSE) C) Log Loss D) Mean Squared Error (MSE)
A) Ignoring hyperparameters B) Grid Search C) Randomly selecting hyperparameters D) Focusing on a single hyperparameter
A) Guessing B) Cross-validation C) Using only training data D) Checking computational complexity
A) Early stopping B) Batch normalization C) Random initialization D) Backpropagation
A) Increasing the model complexity B) Regularization C) Removing key features D) Training the model on more data
A) The tradeoff between accuracy and precision. B) The balance between training time and model performance. C) The tradeoff between underfitting and overfitting. D) The balance between model complexity and generalizability.
A) Support Vector Machine (SVM) B) Principal Component Analysis (PCA) C) K-means clustering D) Linear Regression
A) Principal component analysis B) K-means clustering C) Linear regression D) Decision tree |