LRNavin/cyberdata_analytics LRNavin/cyberdata_analytics

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LRNavin/cyberdata_analytics
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LRNavin

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AutoComments

Description: We want to create a deep Neural Network that can automatically generate comments for code snippets passed to it. The motivation behind this is that in software development and maintenance, developers spend around 59% of their time on program comprehension activities. Having comments that are generated automatically will hopefully cut this time down. In order to do this we will combine the recent paper Code2Vec: Learning Distributed Representations of Code by Alon et al. with the paper Deep Code Comment Generation in order to make a better performing model using the newer Code2Vec encoding that was not used in the Deep Code Comment Generation paper. Dataset: The dataset that we will use is the same dataset used by the Deep Code Comment Generation paper, this is a dataset of more than 500,000 code snippets including comments. This also gives us a baseline against which to compare. Papers: Deep Code: https://xin-xia.github.io/publication/icpc182.pdf Code2Vec: https://arxiv.org/abs/1803.09473
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In this project we have evaluated approaches to the challenge proposed on Kaggle named {Painter by Numbers}. The objective of this challenge is to distinguish whether two paintings were created by the same artist in the process of pairwise comparison. In a broad sense this could improve the identification of forgeries based on learned {artist style}. The dataset for the challenge is a collection of paintings from WikiArt.org {http://wikiart.org}. After analyzing approaches taken by other competitors, we have identified a gap that could be explored: creating a network that not only learns the style from artists included in the provided dataset, but also is able to give a correct verdict for an artist that are not included in the training data. This creates an additional layer of complexity as the network has to facilitate ability to {generalize to unseen artists}. To tackle the problem at hand, a neural network architecture called the siamese network was used.
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