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Allan Chu, 39Saratoga, CA

Allan Chu Phones & Addresses

Saratoga, CA   

New York, NY   

99 John St APT 906, New York, NY 10038   

Work

Position: Machine Operators, Assemblers, and Inspectors Occupations

Education

Degree: Bachelor's degree or higher

Mentions for Allan Chu

Allan Chu resumes & CV records

Resumes

Allan Chu Photo 42

Associate Director

Location:
New York, NY
Industry:
Management Consulting
Work:
Ey
Associate Director
Ibm Feb 2016 - Sep 2017
Associate Partner
Ey Jan 2011 - Feb 2016
Senior Manager
Accenture Mar 2007 - Jan 2011
Manager
Gemini Systems Aug 1999 - Mar 2007
Senior Consultant
Education:
The Wharton School 1995 - 1999
Bachelors, Bachelor of Science, Economics
University of Pennsylvania 1995 - 1999
Bachelor of Applied Science, Bachelors, Engineering
Skills:
Business Analysis, Strategy, Risk Management, Project Management, Management, Management Consulting, Requirements Analysis, Financial Services, Analytics, Analysis, Sdlc, It Strategy, Business Process Improvement, Equities, Business Strategy, Business Transformation, Capital Markets, Business Process Design, Leadership, Business Process Re Engineering, Business Case, Business Planning, Wealth Management
Languages:
French
Allan Chu Photo 43

Retired

Allan Chu Photo 44

Allan Chu

Location:
New York, NY
Industry:
Financial Services
Skills:
C++, Python, R, Quantitative Finance, Statistical Arbitrage, Portfolio Management, Corporate Credit, Credit Derivatives, Python, Javascript, Git, C (Programming Language, Html
Allan Chu Photo 45

Allan Julie Chu

Allan Chu Photo 46

Financial Services Consultant

Location:
Greater New York City Area
Industry:
Management Consulting

Publications & IP owners

Us Patents

Method For Efficient Data Encoding And Decoding

US Patent:
6778109, Aug 17, 2004
Filed:
Nov 20, 2003
Appl. No.:
10/718079
Inventors:
Allan Chu - Saratoga CA, 95070
International Classification:
H03M 730
US Classification:
341 76, 341 67, 341 51
Abstract:
An offset-difference coding process for data encoding and decoding wherein for each of the paired input data, the encoding process first determines the greater of the two input data, then calculates the difference between the two input data, replaces the larger input data with the calculated difference, and encodes the calculated difference and the smaller input data. The offset-difference coding process also generates an indicator if the larger input data that is replaced by the calculated difference is not statistically larger than the smaller input data. A composite offset-difference coding process for data encoding and decoding further compares the calculated difference with either a predetermined first threshold or a predetermined second threshold in response to whether the larger input data is statistically larger than the smaller input data, and determines whether to replace the larger input data with the calculated difference in response to whether the calculated difference exceeds the predetermined threshold. The composite offset-difference coding process also generates an identifier if the calculated difference does not exceed the threshold as well as an indicator if the larger input data that is replaced by the calculated difference is not statistically larger than the smaller input data.

Efficient Data Encoding And Decoding Processes

US Patent:
6696992, Feb 24, 2004
Filed:
Oct 2, 2001
Appl. No.:
09/967948
Inventors:
Allan Chu - Saratoga CA, 95070
International Classification:
H03M 740
US Classification:
341 67, 341 50, 35842613
Abstract:
A data encoding and decoding system that comprises a composite fixed-variable-length coding process and an offset-difference coding process for improving data compression performance. A composite fixed-variable-length coding process encodes an input data by first comparing the input data to a predetermined threshold, then selecting a coding scheme from two preselected coding schemes and encoding the input data in accordance with the selected coding scheme. The composite fixed-variable-length coding process also generates an identifier to indicate the selected coding scheme to decode the coded output data if a response to comparing the input data with a predetermined threshold differs from a statistically determined response. An offset-difference coding process encodes a paired input data by first determining the greater of the two input data, then calculating the difference between the larger input data and the smaller input data and replacing the larger input data with the calculated difference. The offset-difference coding process also generates an indicator to indicate the input data that has been replaced if said input data is not statistically larger.

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