Recent studies have shown that recognition datasets are biased. Paying no heed to those biases, learning algorithms often result in classifiers with poor cross-dataset generalization. We are developing domain adaptation techniques to over-come those biases and yield classifiers with significantly improved performance when generalized to new testing datasets. Our work enables us to continue to har-vest the benefits of existing vision datasets for the time being. Moreover, it also sheds insights about how to construct new ones. In particular, domain adaptation raises the bar for collecting data — the most informative data are those which cannot be classified well by learning algorithms that adapt from existing datasets.
The early 21st-century technological advancements tilted the scales towards data-driven learning. Th...
Together with the development of deep neural networks, artificial intelligence is getting unpreceden...
Domain adaptation has recently attracted attention for visual recognition. It assumes that source an...
Recent studies have shown that recognition datasets are biased. Paying no heed to those biases, lear...
The presence of bias in existing object recognition datasets is now well-known in the computer visio...
This thesis addresses a critical problem in computer vision of dealing with dataset bias between sou...
Artificial intelligent and machine learning technologies have already achieved significant success i...
In pattern recognition and computer vision, one is often faced with scenarios where the training dat...
A basic assumption of statistical learning theory is that train and test data are drawn from the sam...
In many visual recognition tasks, the domain distribution mismatch between the training set (i.e., s...
The number of application areas of deep neural networks for image classification is continuously gro...
The number of application areas of deep neural networks for image classification is continuously gro...
<p>The presence of bias in existing object recognition datasets is now well-known in the computer vi...
In visual recognition problems, the common data distribution mismatches between training and testing...
Most successful object classification and detection meth-ods rely on classifiers trained on large la...
The early 21st-century technological advancements tilted the scales towards data-driven learning. Th...
Together with the development of deep neural networks, artificial intelligence is getting unpreceden...
Domain adaptation has recently attracted attention for visual recognition. It assumes that source an...
Recent studies have shown that recognition datasets are biased. Paying no heed to those biases, lear...
The presence of bias in existing object recognition datasets is now well-known in the computer visio...
This thesis addresses a critical problem in computer vision of dealing with dataset bias between sou...
Artificial intelligent and machine learning technologies have already achieved significant success i...
In pattern recognition and computer vision, one is often faced with scenarios where the training dat...
A basic assumption of statistical learning theory is that train and test data are drawn from the sam...
In many visual recognition tasks, the domain distribution mismatch between the training set (i.e., s...
The number of application areas of deep neural networks for image classification is continuously gro...
The number of application areas of deep neural networks for image classification is continuously gro...
<p>The presence of bias in existing object recognition datasets is now well-known in the computer vi...
In visual recognition problems, the common data distribution mismatches between training and testing...
Most successful object classification and detection meth-ods rely on classifiers trained on large la...
The early 21st-century technological advancements tilted the scales towards data-driven learning. Th...
Together with the development of deep neural networks, artificial intelligence is getting unpreceden...
Domain adaptation has recently attracted attention for visual recognition. It assumes that source an...