Gang L Zhou from 3219 Westover Rdg, Williamsburg, VA 23188, age 49

Lawyers & Attorneys

Gang Zhou - Lawyer

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ISLN:

913832422

Admitted:

1997

University:

Wuhan Institute of Hydrau-Electric Engineering, B.A., 1982

Law School:

City University of New York Law School, J.D., 1997

Resumes

Professor

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Location:

Norfolk, VA

Industry:

Higher Education

Work:

College of William and Mary since Aug 2007
Assistant Professor
Intel Corporation 2006 - 2006
Summer Research Intern

Education:

University of Virginia 2002 - 2007
PhD, Computer Science Nanjing University 1995 - 2002
Master, Computer Sceince

Skills:

Computer Science
Latex
Algorithms
Machine Learning
Matlab
Python
Distributed Systems
Image Processing
Simulations
Software Engineering
Parallel Computing
Wireless Sensor Networks
Data Mining

Languages:

English

Business Manager Of Transaction Fraud Team At Capital One

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Position:

Business Manager at Capital One

Location:

Richmond, Virginia

Industry:

Financial Services

Work:

Capital One - Richmond, Virginia since Feb 2012
Business Manager
Capital One Jan 2008 - Jan 2012
Sr. Business Analyst
Capital One - Richmond, Virginia Mar 2007 - Dec 2007
Sr. Operations Analyst

Education:

The Ohio State University 2000 - 2007
Ph.D., Chemical Engineering Chinese Academy of Sciences - Institution of Chemistry 1997 - 2000
M.S., Polymer Chemistry & Physics Tsinghua University 1992 - 1997
B.E., Polymer Science & Chemical Engineering

Skills:

Credit Cards
Fraud
Risk Management
Data Analysis
SAS
Valuation
Analytics
Statistical Modeling
Business Analytics

Languages:

English
Chinese

Assistant Professor At College Of William And Mary

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Position:

Assistant Professor at College of William and Mary

Location:

Norfolk, Virginia Area

Industry:

Higher Education

Work:

College of William and Mary
Assistant Professor

Us Patents

Method/System For Conserving Resources During Conversation Over Wireless Network Transport Media
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US Patent:

8488505, Jul 16, 2013
Filed:

Feb 2, 2011
Appl. No.:

13/019793
Inventors:

Andrew J. Pyles - Williamsburg VA, US
Gang Zhou - Williamsburg VA, US
Zhen Ren - Williamsburg VA, US
Assignee:

College of William and Mary - Williamsburg VA
International Classification:

H04W 52/02
H04W 72/04
H04W 40/00
H04B 7/185
H04B 7/00
H04B 1/38
H04B 1/16
US Classification:

370311, 370310, 370328, 455 134, 455522, 455574, 4553434
Abstract:

A method and system are provided for conserving network resources such as battery power of a battery-powered communication device used to support a conversation over a wireless network transport media. Periods of silence are detected during conversation taking place on a network having controllable resources such as battery power. Using the periods of silence so-detected, future silence periods occurring on the network are then predicted. Allocation of at least a portion of the controllable resources is controlled based on the future silence periods so-predicted.

Magnetic-Based Motion Monitoring For Two Objects Sharing Common Joint
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US Patent:

20210215508, Jul 15, 2021
Filed:

Jan 15, 2020
Appl. No.:

16/743502
Inventors:

- Williamsburg VA, US
Andrew Lyubovsky - Williamsburg VA, US
Gang Zhou - Williamsburg VA, US
Assignee:

College of William & Mary - Williamsburg VA
International Classification:

G01D 5/14
A61B 5/11
G01B 7/30
Abstract:

A method is provided for monitoring relative positions of two objects sharing a common joint during motion between the two objects. An electromagnet is positioned on a first object and a magnetic sensor is positioned on a second object. The electromagnet's power or polarity is cycled during a monitoring session in accordance with a periodic schedule of alternating power-on/power-off periods or alternating-polarity periods, respectively. The magnetic sensor's output during one or more of the power-off periods or the alternating-polarity periods is used to remove environmental magnetic interference to dynamically determine the distance between the electromagnet and the magnetic sensor where the determined distance and the north pole orientation of the electromagnet are indicative of relative positions of the first object and the second object.

I/O Scheduling Method Using Read Prioritization To Reduce Application Delay
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US Patent:

20160202909, Jul 14, 2016
Filed:

Jan 6, 2016
Appl. No.:

14/989321
Inventors:

- Williamsburg VA, US
Gang Zhou - Williamsburg VA, US
International Classification:

G06F 3/06
Abstract:

An I/O scheduler having reduced application delay is provided for an electronic device having storage media and running at least one application. Each application interfaces with the storage media through an I/O path. Each application issues I/O requests requiring access to the storage media. The I/O requests include reads from the storage media and writes to the storage media. The I/O requests are ordered in the I/O path such that the reads are assigned a higher priority than the writes. The I/O requests are dispatched from the I/O path to the storage media in accordance with ordering step such that the reads are dispatched before the writes. The scheduler's dispatch can also apply concurrency parameters for the electronic device.

Method Of Conserving Power Based On Electronic Device's I/O Pattern
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US Patent:

20140095907, Apr 3, 2014
Filed:

Dec 14, 2012
Appl. No.:

13/715076
Inventors:

- Williamsburg VA, US
Gang Zhou - Williamsburg VA, US
Xin Qi - Williamsburg VA, US
Assignee:

COLLEGE OF WILLIAM AND MARY - Williamsburg VA
International Classification:

G06F 1/32
US Classification:

713320
Abstract:

A method of affecting power used by an electronic device is provided for an electronic device having storage media and running at least one application. Each application interfaces with the storage media through an input/output (I/O) path executing I/O activities that access the storage media in accordance with configurable parameters of the I/O path. A run-time I/O pattern defined by the I/O activities is determined during a run-time period of the electronic device. At least one of the I/O path's configurable parameters is then modified based on the run-time I/O pattern. The method is readily adapted for power conservation by providing selections for the configurable parameters with each of the selections optimizing power usage for a hypothetical I/O pattern. Then, one or more configurable parameters are modified in accordance with one of the selections for which the hypothetical I/O pattern associated therewith is closest to the run-time I/O pattern.