PPT-Unlocking Audio/Video Content with Speech Recognition

Behrooz Chitsaz Director IP Strategy Microsoft Research behroozcmicrosoftcom Frank Seide Lead Researcher Microsoft Research fseidemicrosoftcom Kit Thambiratnam Researcher Microsoft Research. Cables. and. Connectors. Copyright © Texas Education Agency, 2012. All rights reserved. Images and other multimedia content used with permission. . Cables and Connectors. Copyright © Texas Education Agency, 2012. All rights reserved. Images and other multimedia content used with permission. . in Speech Recognition. Author. ：. Mark . Gales. 1. and Steve . Young. 2. Published. ：. 21 . Feb . 2008. . . Subjects. ：. Speech/audio/image/video . compression. Outline. Introduction. Architecture of an HMM-Based . 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. Yuchen Fan, Matt Potok, Christopher Shroba. Motivation. Text-to-Speech. Accessibility features for people with little to no vision, or people in situations where they cannot look at a screen or other textual source. visemes. into direct speech using image processing and machine learning techniques. Presented by :. Ahmed Mesbah. Ahmed . El-. taybany. Mentor : Dr. . Marwan. . Torki. Problem. Statistics. Background research . Yu-Gang . Jiang. School of Computer Science. Fudan University. Shanghai, China. ygj@fudan.edu.cn. ACM ICMR 2012, Hong Kong, June 2012. S. peeded . Up. . E. vent . R. ecognition. ACM International Conference on Multimedia Retrieval (ICMR), Hong Kong, China, Jun. 2012.. Presenter: Brian Stensrud, Ph.D.. 21 Jan 2016. PAO Approval: 15-ORL110503. The views expressed herein are those of the authors and do not necessarily reflect the official position of the organizations with . Motivation. Text-to-Speech. Accessibility features for people with little to no vision, or people in situations where they cannot look at a screen or other textual source. Natural language interfaces for a more fluid and natural way to interact with computers. Content Delivery. Presented By: Group 8. Outline. Streaming Audio and Video. Digital Audio. Digital Video. Streaming Stored Media. Streaming Live Media. Real-Time Conferencing. Content Delivery. Background. Intro to HTML5 . “Computers and Creativity”. Richard D. Webster, COSC 109 Instructor. Office: 7800 York Road, Room 422 | Phone:  (410) 704-2424. e-mail: . webster@towson.edu. 109 website. : . Group 8 - Chapter 7.4-7.5. Digital Audio & Video Streaming . .. Real time streaming becomes possible around 2000. Two things happened to enable growth. More powerful computers. Higher bandwidth. Content Delivery. Presented By: Group 8. Outline. Streaming Audio and Video. Digital Audio. Digital Video. Streaming Stored Media. Streaming Live Media. Real-Time Conferencing. Content Delivery. Background. tft. Doug Hayman. dhayman. Jason Smith. jsmith32. People who are Deaf. People who are Blind. People who are . DeafBlind. Slow or no Internet . People who don’t use a mouse. People who need to find content quickly. Overview. How . is. . it. . possible. to . recognize. a music clip?. Shazam. Speech vs. music. Speech . recognition. : the . basics. Speech . recognition. : products. Music. A . recognition. . module.