A) Supervised learning. B) Reinforcement learning. C) Semi-supervised learning. D) Unsupervised learning.
A) Writing code. B) Network security. C) Pattern recognition and classification. D) Data storage.
A) A model that learns faster. B) A model that generalizes well. C) A model with no parameters. D) A model that is too complex and performs poorly on new data.
A) Support Vector Machines. B) Gradient descent. C) K-means clustering. D) Genetic algorithms.
A) To classify data into categories. B) To learn behaviors through trial and error. C) To optimize linear equations. D) To map inputs to outputs directly.
A) The storage capacity of a computer. B) The power consumption of a system. C) The ability of a machine to exhibit intelligent behavior equivalent to a human. D) The processing speed of a computer.
A) Ability to automatically learn features from data. B) Requires less data than traditional methods. C) Works better with small datasets. D) Easier to implement than standard algorithms.
A) Random forests. B) Linear regression. C) Decision trees. D) K-means.
A) Encrypting data for security. B) Storing large amounts of data in databases. C) Cleaning data for analysis. D) Extracting patterns and information from large datasets.
A) Recurrent Neural Networks (RNNs). B) Convolutional Neural Networks (CNNs). C) Feedforward neural networks. D) Radial basis function networks.
A) Shifts models from one dataset to another without changes. B) Uses knowledge gained from one task to improve performance on a related task. C) Moves software applications between platforms. D) Transfers data between different users.
A) Variance B) Entropy C) Accuracy D) Throughput
A) Genetic algorithms. B) K-means clustering. C) Linear regression. D) Reinforcement learning.
A) Scikit-learn. B) Beautiful Soup. C) Flask. D) Pygame.
A) Maximizing the volume of the dataset. B) Using deep learning for classification. C) Minimizing the distance between all points. D) Finding the hyperplane that best separates data points.
A) Windows B) TensorFlow C) MySQL D) Git
A) Clustering B) Prediction C) Regression D) Classification
A) Hardware limitations. B) Bias in data and algorithms. C) Too much public interest. D) Uniform coding standards.
A) Natural language processing. B) Basic arithmetic calculations. C) Word processing. D) Spreadsheets.
A) Overfitting B) Throughput C) Latency D) Bandwidth
A) To evaluate model performance during training. B) To replace test sets. C) To make models happier. D) To increase training data size.
A) Data stored in a relational database. B) Large and complex datasets that require advanced tools to process. C) Data that is too small for analysis. D) Private user data collected by apps.
A) Survival of the fittest through evolution. B) Function approximation. C) Sorting through quicksort. D) Iteration through random sampling.
A) Monte Carlo Simulation B) Decision Trees C) Gradient Descent D) Genetic Algorithms
A) Support Vector Machine. B) Linear regression. C) Q-learning. D) K-means clustering.
A) Geometric transformations. B) The Internet. C) Statistical models. D) The structure and functions of the human brain.
A) Assembly. B) Python. C) HTML. D) C++. |