Compact Convolutional Neural Networks for Semantic Segmentation in Unstructured Scopus Volumes


Compact Convolutional Neural Networks for Semantic Segmentation in Unstructured Scopus Volumes – We present a new method to efficiently map two images into a 3D space simultaneously by training the recurrent network to recognize the images in each frame. This technique allows us to build a representation of a scene and simultaneously map the two images to the 3D space with the aid of the network. Our method has been successful in the context of visual recognition and recognition of semantic images, showing promising results in human action recognition.

Probabilistic models offer one of the most basic models for learning. However, they are limited in the number of hypotheses and the data structure they rely on. In this paper, we address these issues by modeling the probability of words in sentences as a function of word-level dependencies. We provide a non-parametric model based on the distribution between word pairs and a Bayesian model of distribution parameters of words, which is able to account for word-level dependencies. We also describe how to exploit the knowledge in our model to improve performance of the model. Specifically, we present a novel approach for the construction of an efficient model for word-level dependency based on conditional independence measures for determining the probability of a sentence to be written. Finally, we evaluate our model on both text and sentence-specific benchmark datasets and show how the proposed approach improves the prediction performance.

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Compact Convolutional Neural Networks for Semantic Segmentation in Unstructured Scopus Volumes

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  • Structured Multi-Label Learning for Text Classification

    Learning More Efficient Language Models by Discounting the Effect of Words in Regular ExpressionsProbabilistic models offer one of the most basic models for learning. However, they are limited in the number of hypotheses and the data structure they rely on. In this paper, we address these issues by modeling the probability of words in sentences as a function of word-level dependencies. We provide a non-parametric model based on the distribution between word pairs and a Bayesian model of distribution parameters of words, which is able to account for word-level dependencies. We also describe how to exploit the knowledge in our model to improve performance of the model. Specifically, we present a novel approach for the construction of an efficient model for word-level dependency based on conditional independence measures for determining the probability of a sentence to be written. Finally, we evaluate our model on both text and sentence-specific benchmark datasets and show how the proposed approach improves the prediction performance.


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