learn how to extract relevant features from images. If you are interested, you can: I hope this will interest a few of you! Indeed, a complete machine learning framework was developed during this thesis to explore possible optimizations and possible algorithms in order to train the tested models as fast as possible. I should have done that earlier but it slipped my mind, so there it is! Please use this identifier to cite or link to this item: t/10603/9333. The first one, handwritten digit recognition, is analysed to see how much the unsupervised pretraining technique introduced with the Deep Belief Network (DBN) model improves the training of neural networks. The scope of this work is defined by several machine learning tasks. More precisely, we are interested in the unsupervised training that is used for the Restricted Boltzmann Machine (RBM) and Convolutional RBM (crbm) models. The [email protected] Centre provides a platform for research students to deposit their. Therefore, one objective of this thesis is also to compare the crbm approach with the CAE approach.
Feature extraction thesis
My thesis (Deep Learning Feature Extraction for Image Processing) is now available to download. Here is the abstract of the thesis. A thesis submitted in fulfilment of the requirements for the award.
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These models relaunched the Deep Learning interest of the last decade. Show full item record. Theses and make it available to the entire scholarly community in open access. It will depend on much time I'm able to put to the project. The second, detection and recognition of Sudoku in images, is evaluating the efficiency of DBN and Convolutional DBN (cdbn) models for classification of images of poor quality. During the time of this thesis, the auto-encoders approach, especially Convolutional Auto-Encoders (CAE) have been used more and more. I'm happy to say that I've finally put my thesis online and updated. We are especially interested in evaluating how these features compare against handcrafted features. Finally, features are learned fully unsupervised from images for a keyword spotting task and are compared against well-known handcrafted features. As for the current projects, I'm still currently working on the next version of budgetwarrior, but I don't have any expected release date. As always, if you have any question, don't hesitate creating effective essays to let me a comment. Moreover, the thesis was also oriented around a software engineering axis.