PPT-Noriko Tomuro 1 CSC 578 Neural Networks and Deep Learning
Author : mitsue-stanley | Published Date : 2018-09-21
Fall 201819 2 Backpropagation Some figures adapted from NNDL book 0 Some Terminologies of Neural Networks Noriko Tomuro 2 Nlayer neural network By naming convention
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Noriko Tomuro 1 CSC 578 Neural Networks and Deep Learning: Transcript
Fall 201819 2 Backpropagation Some figures adapted from NNDL book 0 Some Terminologies of Neural Networks Noriko Tomuro 2 Nlayer neural network By naming convention we do NOT include the input layer because it doesnt have parameters. Information Processing & Artificial Intelligence. New-Generation Models & Methodology for Advancing . AI & SIP. Li Deng . Microsoft Research, Redmond, . USA. Tianjin University, July 4, 2013 (Day 3). 1. Recurrent Networks. Some problems require previous history/context in order to be able to give proper output (speech recognition, stock forecasting, target tracking, etc.. One way to do that is to just provide all the necessary context in one "snap-shot" and use standard learning. Brains and games. Introduction. Spiking Neural Networks are a variation of traditional NNs that attempt to increase the realism of the simulations done. They more closely resemble the way brains actually operate. Cost function. Machine Learning. Neural Network (Classification). Binary classification. . . 1 output unit. Layer 1. Layer 2. Layer 3. Layer 4. Multi-class classification . (K classes). K output units. Abhishek Narwekar, Anusri Pampari. CS 598: Deep Learning and Recognition, Fall 2016. Lecture Outline. Introduction. Learning Long Term Dependencies. Regularization. Visualization for RNNs. Section 1: Introduction. Deep Neural Networks . Huan Sun. Dept. of Computer Science, UCSB. March 12. th. , 2012. Major Area Examination. Committee. Prof. . Xifeng. . Yan. Prof. . Linda . Petzold. Prof. . Ambuj. Singh. Dongwoo Lee. University of Illinois at Chicago . CSUN (Complex and Sustainable Urban Networks Laboratory). Contents. Concept. Data . Methodologies. Analytical Process. Results. Limitations and Conclusion. Fall 2018/19. 7. Recurrent Neural Networks. (Some figures adapted from . NNDL book. ). Recurrent Neural Networks. Noriko Tomuro. 2. Recurrent Neural Networks (RNNs). RNN Training. Loss Minimization. Bidirectional RNNs. Introduction to Back Propagation Neural . Networks BPNN. By KH Wong. Neural Networks Ch9. , ver. 8d. 1. Introduction. Neural Network research is are very . hot. . A high performance Classifier (multi-class). Fall 2018/19. 9. Hopfield Networks, Boltzmann Machines. . Unsupervised Neural Networks. Noriko Tomuro. 2. Hopfield Networks. Concepts. Boltzmann Machines. Concepts. Restricted Boltzmann Machines. Deep Boltzmann Machines. Fall 2018/19. 10. Capsule (. Overview). . Introduction to Capsule. Noriko Tomuro. 2. A Capsule Network (. CapsNet. ) is a new approach proposed by Geoffrey Hinton (although his original idea dates back to 1990’s).. Dr David Wong. (With thanks to Dr Gari Clifford, G.I.T). The Multi-Layer Perceptron. single layer can only deal with linearly separable data. Composed of many connected neurons . Three general layers; . Eli Gutin. MIT 15.S60. (adapted from 2016 course by Iain Dunning). Goals today. Go over basics of neural nets. Introduce . TensorFlow. Introduce . Deep Learning. Look at key applications. Practice coding in Python. Hello BAS Community!. We are excited to provide you with new content on the CSC Portal BAS Page throughout Common Solution. . This proprietary content (available on DOC network) includes: . Real Property Deployment Self-Service Documentation .
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