Amy O'Donnell

age ~44

from Eureka, CA

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Also known as:

Amy Caroline Kempf
Amy C Kempf
Amy Caroline
Amy Kemp

Connected to:

Amy O'Donnell Phones & Addresses

Eureka, CA
Ukiah, CA
Sacramento, CA
Eugene, OR
Campbell, CA
San Jose, CA

Work

Company:

Norquist salvage corp
Apr 2013
Position:

Senior accountant

Education

School / High School:

California State University- Sacramento, CA
2002
Specialities:

Bachelor of Science in Business Administration FINANCE

Skills

AP • AR • Banking • Finance • Risk Mgmt • Credit accounts • Financial Statements • Financial Analysis • Inventory • Collections • Accounting • Month-End • Fiscal Yeat-End • Microsoft Dynamics GP • Crystal Reports • Excel • Outlook • Sage 300 AccPacc • QuickBooks • Access Database • PeopleSoft • Siebel

Specialities

Real Estate • Restaurant and QSR • Medical/Dental/Veterinary • Retail • Office • Development • Local Counsel

Lawyers & Attorneys

Amy O'Donnell - Lawyer

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Office:

ProLogis

Specialties:

Real Estate
Restaurant and QSR
Medical/Dental/Veterinary
Retail
Office
Development
Local Counsel

ISLN:

916116413

Admitted:

1999

University:

Center for Dispute Resolution, 1999; University of Colorado, B.A., 1995; University of Colorado, B.A., 1995

Law School:

Willamette University, College of Law, J.D., 1999

Medicine Doctors

Amy Lynn O'Donnell

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Specialties:

Internal Medicine
Endocrinology, Diabetes & Metabolism

Education:

State University of New York at Buffalo (1985)

Amy I O'Donnell

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Specialties:

Neurology

Education:

Brown University (1994)

Resumes

Amy O'donnell

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Amy O'donnell

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Amy O'donnell

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Amy O'donnell

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Amy O'donnell

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Work:

Scor 2001 - 2012
Human Resources Director

Amy O'donnell

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Amy O'donnell

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Amy O'donnell Roseville, CA

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Work:

Norquist Salvage Corp

Apr 2013 to 2000
Senior Accountant O'Donnell Financial Management
Roseville, CA
Jan 2006 to Apr 2013
Owner / Financial Manager & Accountant J.Ray Concrete Construction
Oroville, CA
Jan 2006 to Apr 2013
Controller & Accountant Specialized Audio & Video, Inc
Roseville, CA
Feb 2005 to Apr 2008
Treasurer / Accountant & Business Development

Education:

California State University
Sacramento, CA
2002 to 2004
Bachelor of Science in Business Administration FINANCE California State University
Sacramento, CA
2002 to 2004
Bachelor of Science in Business RISK MGMT & INSURANCE

Skills:

AP, AR, Banking, Finance, Risk Mgmt, Credit accounts, Financial Statements, Financial Analysis, Inventory, Collections, Accounting, Month-End, Fiscal Yeat-End, Microsoft Dynamics GP, Crystal Reports, Excel, Outlook, Sage 300 AccPacc, QuickBooks, Access Database, PeopleSoft, Siebel,

Us Patents

Method For Efficiently Identifying Errant Processes In A Computer System By The Operating System (Os) For Error Containment And Error Recovery
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US Patent:

7131029, Oct 31, 2006
Filed:

Mar 16, 2004
Appl. No.:

10/801153
Inventors:

Nhon T. Quach - Santa Clara CA, US
Amy L. O'Donnell - Chandler AZ, US
Asit K. Mallick - Santa Clara CA, US
Koichi Yamada - Los Gatos CA, US
Assignee:

Intel Corporation - Santa Clara CA
International Classification:

G06F 11/00
G06F 12/00
US Classification:

714 15, 714 20, 714 34, 712244, 711203
Abstract:

The present invention relates to a method and system for efficiently identifying errant processes in a computer system using an operating system (OS) error recovery method that identifies if the error caused by the errant process can be recovered and, if so, can recover from the error. The method and system of the present invention operates after standard Error Correcting Code (ECC) and parity check bit methods and systems are unsuccessful in recovering from the error. In accordance with an embodiment of the present invention, the method and system includes detecting an error during instruction execution, storing a physical address of an errant process that caused the error, and storing an execution instruction pointer (IP) in a processor including at least one critical memory structure to detect an error and a processor error processing logic hardware coupled to the at least one critical memory structure. The processor error processing logic hardware to store a physical address of an errant process that caused the error, store an execution instruction pointer (IP) in an interruption instruction pointer (IIP), determine a first virtual address from an operating system mapping table, determine a second virtual address from a translation look-aside buffer, and identify the errant process, if the physical address and the second virtual address match the physical address and the first virtual address.

Method For Efficiently Identifying Errant Processes In A Computer System By The Operating System (Os) For Error Containment And Error Recovery
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US Patent:

20020188895, Dec 12, 2002
Filed:

Dec 8, 2000
Appl. No.:

09/732306
Inventors:

Nhon Quach - Santa Clara CA, US
Amy O'Donnell - Chandler AZ, US
Asit Mallick - Santa Clara CA, US
Koichi Yamada - Los Gatos CA, US
International Classification:

G06F011/00
US Classification:

714/048000
Abstract:

The present invention relates to a method and system for efficiently identifying errant processes in a computer system using an operating system (OS) error recovery method that identifies if the error caused by the errant process can be recovered and, if so, can recover from the error. The method and system of the present invention operates after standard Error Correcting Code (ECC) and parity check bit methods and systems are unsuccessful in recovering from the error In accordance with an embodiment of the present invention, the method and system includes detecting an error during instruction execution, storing a physical address of an errant process that caused the error, and storing an execution instruction pointer (IP) in an interruption instruction pointer (IIP). The method further includes determining a first virtual address from an operating system mapping table, determining a second virtual address from a translation look-aside buffer, and identifying the errant process, if the physical address and the second virtual address match the physical address and the first virtual address.