Charmine S Tung from 1513 Mallard Way, Sunnyvale, CA 94087, age 58

Charmine Tung Phones & Addresses

1513 Mallard Way, Sunnyvale, CA 94087
Palo Alto, CA
Berkeley, CA
Santa Cruz, CA

Work

Company:

Vudu - a walmart company
May 2017
Position:

Senior software engineer

Education

Degree:

Bachelors, Bachelor of Science
School / High School:

University of California, Berkeley

Skills

Java • Javascript • Play Framework • Angularjs • Restful Webservices • Mysql • Mongodb • Eda • Json • Xml • Dvd Authoring • C++ • Software Engineering • Unix • C# • Web Services • Software Development • C • Win32 Api • Tcl • Python • Perforce

Industries

Entertainment

Resumes

Senior Software Engineer

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Location:

Sunnyvale, CA

Industry:

Entertainment

Work:

Vudu - A Walmart Company
Senior Software Engineer
Synopsys 2016 - 2017
R and D
Walt Disney Direct-To-Consumer & International 2012 - 2016
Staff Software Engineer
One True Media 2010 - 2012
Senior Software Engineer
Avid Technology Mar 2005 - 2009
Senior Principal Engineer

Education:

University of California, Berkeley
Bachelors, Bachelor of Science University of California, Berkeley
Master of Science, Masters, Electrical Engineering

Skills:

Java
Javascript
Play Framework
Angularjs
Restful Webservices
Mysql
Mongodb
Eda
Json
Xml
Dvd Authoring
C++
Software Engineering
Unix
C#
Web Services
Software Development
C
Win32 Api
Tcl
Python
Perforce

Us Patents

Method And Apparatus For Synchronizing Audio And Video Components Of Multimedia Presentations By Identifying Beats In A Music Signal
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US Patent:

7301092, Nov 27, 2007
Filed:

Apr 1, 2004
Appl. No.:

10/816737
Inventors:

Guy W. W. McNally - Los Altos CA, US
Christopher J. Zamara - Gilroy CA, US
Charmine S. Tung - Sunnyvale CA, US
Assignee:

Pinnacle Systems, Inc. - Mountian View CA
International Classification:

G10H 7/00
US Classification:

84612, 84636
Abstract:

Methods and systems for detecting a fundamental beat frequency in a predetermined time interval of a music signal are disclosed. The frequency may be detected by processing a music signal with the discrete wavelet transform to obtain a set of coefficients. A subset of the coefficients may be processed to obtain a plurality of candidate beat frequencies contained in the corresponding portion of the music signal. Harmonic relationships between the candidate beat frequencies may be determined, and the fundamental beat frequency may then be determined based upon the determined harmonic relationships.