You Zhang from Ogden, UT, age 37

You Zhang Phones & Addresses

Ogden, UT
Oakland, CA
San Francisco, CA
Baltimore, MD
Bloomington, IN
1274 21St Ave, San Francisco, CA 94122 • 4156610803

Work

Company:

Indiana university
Aug 2012
Position:

Associate instructor

Education

School / High School:

MFA of Henry Radford Hope School of Fine Arts, Indiana University- Bloomington, IN
2011
Specialities:

MFA in Graphic Design

Skills

Poster • Typography • Layout • Identity design • Package Design • Digital publication • UI design • Website design • Infographic design • Motion graphic • Video editing • Adobe Creative Suite • Final Cut Pro

Resumes

You Zhang Bloomington, IN

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Work:

Indiana University

Aug 2012 to 2000
Associate Instructor Indiana University
Bloomington, IN
Aug 2011 to May 2012
Digital Printing Lab Assistant Package Design Studio

2008 to 2011
Teaching Assistant

Education:

MFA of Henry Radford Hope School of Fine Arts, Indiana University
Bloomington, IN
2011 to 2014
MFA in Graphic Design Rhode Island School of Design SIGDS
Providence, RI
2013 to 2013
Graphic Design Luxun Academy of Fine Art
Dalian, CN
BFA in Visual Communication Design

Skills:

Poster, Typography, Layout, Identity design, Package Design, Digital publication, UI design, Website design, Infographic design, Motion graphic, Video editing, Adobe Creative Suite, Final Cut Pro

Us Patents

Load-Shared Distribution Of A Speech System
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US Patent:

20030014254, Jan 16, 2003
Filed:

Jul 11, 2001
Appl. No.:

09/904372
Inventors:

You Zhang - Pleasanton CA, US
Mani Ram - Pleasanton CA, US
International Classification:

G10L013/08
US Classification:

704/260000
Abstract:

A method is afforded for providing a load-shared distribution architecture speech system over a network. A speech system is disassembled into independent modules. The modules are divided into separate parts. A portion of a computational capacity of at least one of a plurality of devices utilized by the separate parts of the modules is determined. The modules are then deployed over a network to at least one of the plurality of devices, depending on the computational capacity thereof.