PPT-A brief review of non-neural-network approaches to deep lea

Author : olivia-moreira | Published Date : 2015-09-20

Naiyan Wang Outline NonNN Approaches Deep Convex Net Extreme Learning Machine PCAnet Deep Fisher Net Already presented before Discussion Deep convex net Each module

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A brief review of non-neural-network approaches to deep lea: Transcript

Naiyan Wang Outline NonNN Approaches Deep Convex Net Extreme Learning Machine PCAnet Deep Fisher Net Already presented before Discussion Deep convex net Each module is a two layer convex network. Kong Da, Xueyu Lei & Paul McKay. Digit Recognition. Convolutional Neural Network. Inspired by the visual cortex. Our example: Handwritten digit recognition. Reference: . LeCun. et al. . Back propagation Applied to Handwritten Zip Code Recognition. Professor Qiang Yang. Outline. Introduction. Supervised Learning. Convolutional Neural Network. Sequence Modelling: RNN and its extensions. Unsupervised Learning. Autoencoder. Stacked . Denoising. . Shuochao Yao, Yiwen Xu, Daniel Calzada. Network Compression and Speedup. 1. Source: . http://isca2016.eecs.umich.edu/. wp. -content/uploads/2016/07/4A-1.pdf. Network Compression and Speedup. 2. Why smaller models?. Han et al. Deep Compression : Compressing Deep Neural Networks with Pruning, Training Quantization and Huffman Coding, . Han et al. Deep Compression . Deep Learning on Embedded System ?. Some Statistics….. 李宏. 毅. Hung-yi Lee. Deep learning . attracts . lots of . attention.. Google Trends. Deep learning obtains many exciting results.. 2007. 2009. 2011. 2013. 2015. The talks in this afternoon. This talk will focus on the technical part.. 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. The Future of Real-Time Rendering?. 1. Deep Learning is Changing the Way We Do Graphics. [Chaitanya17]. [Dahm17]. [Laine17]. [Holden17]. [Karras17]. [Nalbach17]. Video. “. Audio-Driven Facial Animation by Joint End-to-End Learning of Pose and Emotion”. Deep . Learning. James K . Baker, Bhiksha Raj. , Rita Singh. Opportunities in Machine Learning. Great . advances are being made in machine learning. Artificial Intelligence. Machine. Learning. After decades of intermittent progress, some applications are beginning to demonstrate human-level performance!. Weifeng Li, . Victor Benjamin, Xiao . Liu, and . Hsinchun . Chen. University of Arizona. 1. Acknowledgements. Many of the pictures, results, and other materials are taken from:. Aarti. Singh, Carnegie Mellon University. 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; . Eye-height and Eye-width Estimation Method. Daehwan Lho. Advisor: Prof. . Joungho. Kim. TeraByte Interconnection and Package Laboratory. Department of Electrical Engineering . KAIST. Concept of the Proposed Fast and Accurate Deep . Topics: 1. st. lecture wrap-up, difficulty training deep networks,. image classification problem, using convolutions,. tricks to train deep networks . . Resources: http://www.cs.utah.edu/~rajeev/cs7960/notes/ . Mark Hasegawa-Johnson. April 6, 2020. License: CC-BY 4.0. You may remix or redistribute if you cite the source.. Outline. Why use more than one layer?. Biological inspiration. Representational power: the XOR function. 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.

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