From just a single example, we can derive quite precise intuitions about what other class members look like. This stands in stark contrast to machine learning algorithms, which typically require tens or even hundreds of thousands of examples to learn a new category. One of the most important open questions in our field is: How do humans achieve this? The stimuli and data provided here (in MATLAB format) are from thousands of crowd-sourced human responses to novel objects. The data can be used to test machine learning generalization as compared to human and also can be used as a test bed for various kinds of category learning models
Object recognition systems today see the world as a collection of object categories, each existing a...
Progress in studying human categorization has typically in-volved comparing generalization judgments...
Learning to categorize objects in the world is more than just learning the specific facts that chara...
From just a single example, we can derive quite precise intuitions about what other class members lo...
We propose a method to learn heterogeneous models of object classes for visual recognition. The tra...
In machine learning, classification is defined as the task of taking an instance of the dataset and ...
Being able to learn from small amounts of data is a key characteristic of human intelligence, but ex...
We propose a method to learn heterogeneous models of object classes for visual recognition. The trai...
Current computational approaches to learning visual object categories require thousands of training ...
Learning visual models of object categories notoriously requires thousands of training examples; thi...
'Machine Learning' brings together all the state-of-the-art methods for making sense of data. With h...
Ensembles of classifier models typically deliver superior performance and can outperform single clas...
We apply the "wisdom of the crowd" idea to human category learning, using a simple approach that com...
Grouping objects into discrete categories affects how we perceive the world and represents a crucial...
People learn new categories on a daily basis, and the study of category learning is a major topic of...
Object recognition systems today see the world as a collection of object categories, each existing a...
Progress in studying human categorization has typically in-volved comparing generalization judgments...
Learning to categorize objects in the world is more than just learning the specific facts that chara...
From just a single example, we can derive quite precise intuitions about what other class members lo...
We propose a method to learn heterogeneous models of object classes for visual recognition. The tra...
In machine learning, classification is defined as the task of taking an instance of the dataset and ...
Being able to learn from small amounts of data is a key characteristic of human intelligence, but ex...
We propose a method to learn heterogeneous models of object classes for visual recognition. The trai...
Current computational approaches to learning visual object categories require thousands of training ...
Learning visual models of object categories notoriously requires thousands of training examples; thi...
'Machine Learning' brings together all the state-of-the-art methods for making sense of data. With h...
Ensembles of classifier models typically deliver superior performance and can outperform single clas...
We apply the "wisdom of the crowd" idea to human category learning, using a simple approach that com...
Grouping objects into discrete categories affects how we perceive the world and represents a crucial...
People learn new categories on a daily basis, and the study of category learning is a major topic of...
Object recognition systems today see the world as a collection of object categories, each existing a...
Progress in studying human categorization has typically in-volved comparing generalization judgments...
Learning to categorize objects in the world is more than just learning the specific facts that chara...