... Convolutional NeuralNetworks (CNNs). In this chapter, we first begin by considering the functional conncepts of the MLP mo- del, including the architechture, parameters of the basic model, ...
... 1 In recent years, deeplearning has revolutionized the field of machine learning, for computer vision in ...particular. In this approach, a deep (multilayer) artificial ...
... items in the reduction of quality and quantity in ...datasets inDeepLearning is a major scientific ...transfer learning aims to resolve this problem by recognizing and applying ...
... An important factor for the compression of a model is its sparsity i.e. the number of parameters set to zero. However, this sparsity must be structured in order to be memory-efficient and time-efficient. Liu et ...
... convolutional deepneural network in predicting the nearest-neighbor energy of the 4 × 4 Ising ...the deepneural network can learn the nearest-neighbor Ising Hamiltonian after only ...
... feature learning algorithms can be stacked to form deeper and more abstract ...representations. Deeplearning algorithms learn multiple levels of representation, where the number of levels is ...
... features inin- put images, and have very high adversarial example ...desirable in certain use-cases where consistency is preferred, or particularly undesirable in avoiding adversarial example ...
... approach in the computer vision/articial intelligence ...the learning process can restrict it to local minima), and from somewhat of a philosophical point of ...view. Indeeplearning, ...
... the activation of a ...calcium in the ...dumped in the synaptic ...ion-channels in the post-synaptic membrane which cause the injection of a positive or negative current depending on the ...
... consists in determining automatically the context or environment around a device ...music. In this way, time- domain (zero-crossing rate), frequency-domain (band-energy ration, spectral centroid, spectral ...
... investigate in more depth these findings, specifically examining the properties of abstraction of the hidden lay- ers in an Information Theoretical perspective and taking inspiration from ...lum ...
... discussed in the previous section becomes apparent: two of the hidden units of the student each align almost perfectly with a different hidden unit of the teacher, such that R 01 = R 20 ≈ 1, while the weights of ...
... Terms—deeplearning, unsupervised training, regular- ization, natural language processing ...for deeplearning classifiers is to move beyond traditional supervised training and exploit the ...
... that in practice, relatively few network weights are actually necessary to accurately learn data ...proposed in order to remove network weights (weight sparsification) either on pre-trained models or during ...
... Recently, deepneuralnetworks, especially deep autoencoders, have proven promising both for crossmodal translation and for early fusion via multi- modal ...embedding. In this work, we ...
... networks on toy ...for learning unitary matrices and they applied their method on toy tasks and on a real-world speech ...weights inneuralnetworks also has biological ...
... powerful in classifying hate speech (Mohaouchane et ...the deep-learning based approaches has outperformed the classical machine learning techniques such as Support Vector Machines (SVM), ...
... Artificial NeuralNetworks (ANNs) ...step: in [2] features are computed from a signal with vocal components enhanced by a Harmonic/Percussive Source Separation (HPSS) technique proposed by Ono et ...
... ORK Deep model for computer vision and natural ...the deepneural network developed rapidly in recent years in both the field of computer vision and natural lan- ...a deep ...
... convolutional neural network, the convolutional and fully connected layers require a quantization-aware training for the ...normalization in our experiments, it has not been ...ReLU activation which ...