PPT-Towards Object Recognition and Learning using the

BioRC Biomimetic RealTime Cortical Neurons Focus Area One Architectures Models and Emulation Alice C Parker University of Southern California June 30 2016 parkeruscedu http. from Natural Language Descriptions Josiah Wang Katja Markert Mark Everingham School of Computing University of Leeds Presented at the 20 th British Machine Vision Conference (BMVC2009), Sept 2009. jo Sung . Ju. Hwang. 1. , . Fei. Sha. 2. and Kristen Grauman. 1. 1 University . of Texas at . Austin, 2 University of Southern California. Problem. Sharing features between sub/. superclasses. A single visual instance can have multiple labels at different levels of semantic granularity... Zhiyong Yang. Brain and Behavior Discovery Institute. James and Jean Culver Vision . Discovery Institute. Department of Ophthalmology. Georgia Regents University. April. . 4, 2013. Outline. A model of pattern recognition . Several slides from . Luke . Xettlemoyer. , . Carlos . Guestrin. and Ben . Taskar. Typical Paradigms of Recognition. Feature Computation. Model. Visual Recognition. Identification. Is this your car?. A general survey of previous works on. Sobhan. . Naderi. . Parizi. September 2009. List of papers. Statistical Analysis of Dynamic Actions. On Space-Time Interest Points. Unsupervised Learning of Human Action Categories Using Spatial-Temporal Words. 1. Speech Recognition and HMM Learning. Overview of speech recognition approaches. Standard Bayesian Model. Features. Acoustic Model Approaches. Language Model. Decoder. Issues. Hidden Markov Models. Linda Shapiro. CSE 455. 1. Face recognition: once you’ve detected and cropped a face, try to recognize it. Detection. Recognition. “Sally”. 2. Face recognition: overview. Typical scenario: few examples per face, identify or verify test example. Sung . Ju. Hwang. 1. , . Fei. Sha. 2. and Kristen Grauman. 1. 1 University . of Texas at . Austin, 2 University of Southern California. Problem. Experimental results. Conclusion/Future Work. F. eature . T. ransform. David Lowe. Scale/rotation invariant. Currently best known feature descriptor. A. pplications. Object recognition, Robot localization. Example I: mosaicking. Using SIFT features we match the different images. Kaushik . Nandan. 1. Contents:. Introduction. Related . Work. Segmentation as Selective . Search. Object Recognition . System. Evaluation. Conclusions. References. 2. 1. Introduction. Object recognition: determining . Kaushik . Nandan. 1. Contents:. Introduction. Related . Work. Segmentation as Selective . Search. Object Recognition . System. Evaluation. Conclusions. References. 2. 1. Introduction. Object recognition: determining . Deep Learning for Expression Recognition in Image Sequences Daniel Natanael García Zapata Tutors: Dr. Sergio Escalera Dr. Gholamreza Anbarjafari April 27 2018 Introduction and Goals Introduction Dennis Hamester et al., “Face ExpressionRecognition with a 2-Channel ConvolutionalNeural Network”, International Joint Conference on Neural Networks (IJCNN), 2015. Linda Shapiro. CSE 455. 1. Face recognition: once you’ve detected and cropped a face, try to recognize it. Detection. Recognition. “Sally”. 2. Face recognition: overview. Typical scenario: few examples per face, identify or verify test example. Linda Shapiro. ECE P 596. 1. What’s Coming. Review of . Bakic. flesh . d. etector. Fleck and Forsyth flesh . d. etector. Review of Rowley face . d. etector. Overview of. . Viola Jones face detector with .