We present a method for binary classification using neural networks that performs training and classification on the same data using the help of a pre-training heuristic classifier. The heuristic classifier is initially used to segment data into three clusters of high confidence positives, high confidence negatives, and low confidence sets. The high confidence sets are used to train a neural network (NN) which is then used to classify the low confidence set. Applying this method to the binary classification of hair vs. non-hair patches, we obtain a 9% performance increase using the heuristically-trained NN over the current state of the art hair segmentation method.M.A.S
Hair is a salient feature in human face region and are one of the important cues for face analysis. ...
The focus of this thesis is on the emerging technology known as Neural Networks which has recently b...
Summary: Neural networks have shown strong potential in research and in healthcare. Mainly due to th...
We present a method for binary classification using neural networks that performs training and class...
Abstract Hair highly characterises human appearance. Hair detection in images is useful for many app...
International audienceHuman hair is a crucial biometric characteristic with rich color and texture i...
Abstract—Segmenting hair regions from human images facilitates many tasks like hair synthesis and ha...
Cilj ovog rada je izrada modela za klasifikaciju kose u stvarnom vremenu. Glavno sredstvo kreiranja ...
We propose two different methods for image segmentation with the objective of marking contaminated r...
Deep learning has become the most popular research subject in the fields of artificial intelligence ...
International audienceVirtual human hair dying is becoming a popular Augmented Reality (AR) applicat...
This paper proposes a method for pre-training segmentation neural networks on small datasets using u...
Hair is one of the elements that mostly characterize people appearance. Being able to detect hair in...
Hair is one of the elements that mostly characterize people appearance. Being able to detect hair in...
Abstract--Since last decade, classification methods are useful in a wide range of applications. Clas...
Hair is a salient feature in human face region and are one of the important cues for face analysis. ...
The focus of this thesis is on the emerging technology known as Neural Networks which has recently b...
Summary: Neural networks have shown strong potential in research and in healthcare. Mainly due to th...
We present a method for binary classification using neural networks that performs training and class...
Abstract Hair highly characterises human appearance. Hair detection in images is useful for many app...
International audienceHuman hair is a crucial biometric characteristic with rich color and texture i...
Abstract—Segmenting hair regions from human images facilitates many tasks like hair synthesis and ha...
Cilj ovog rada je izrada modela za klasifikaciju kose u stvarnom vremenu. Glavno sredstvo kreiranja ...
We propose two different methods for image segmentation with the objective of marking contaminated r...
Deep learning has become the most popular research subject in the fields of artificial intelligence ...
International audienceVirtual human hair dying is becoming a popular Augmented Reality (AR) applicat...
This paper proposes a method for pre-training segmentation neural networks on small datasets using u...
Hair is one of the elements that mostly characterize people appearance. Being able to detect hair in...
Hair is one of the elements that mostly characterize people appearance. Being able to detect hair in...
Abstract--Since last decade, classification methods are useful in a wide range of applications. Clas...
Hair is a salient feature in human face region and are one of the important cues for face analysis. ...
The focus of this thesis is on the emerging technology known as Neural Networks which has recently b...
Summary: Neural networks have shown strong potential in research and in healthcare. Mainly due to th...