Richard H Brunner from 2521 S 316Th Ln, Auburn, WA 98003, age 59, Phone: (253) 529-2569

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Medicine Doctors

Richard G. Brunner

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Specialties:

General Surgery, Critical Care Medicine

Work:

Sacred Heart Medical Group
3871 E Hwy 98 STE 201, Port Saint Joe, FL 32456
(850) 229-5833 (phone), (850) 229-5832 (fax)

Education:

Medical School
University of Tennessee College of Medicine at Memphis
Graduated: 1984

Languages:

English

Description:

Dr. Brunner graduated from the University of Tennessee College of Medicine at Memphis in 1984. He works in Port Saint Joe, FL and specializes in General Surgery and Critical Care Medicine. Dr. Brunner is affiliated with Sacred Heart Hospital.

Real Estate Brokers

Richard Brunner, 9706893783 CO

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Specialties:

Property Management

Work:

nunco
5901 Sunny Dr
(970) 481-3427 (Office)

Resumes

Cto, Server Platform Technologies At Vmware

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Location:

Seattle, WA

Industry:

Computer Software

Work:

VMware
Chief Platform Architect, CTO Office
AMD 2000 - 2006
AMD Fellow

Education:

Rensselaer Polytechnic Institute 1986 - 1987
Master of Science, Masters, Computer Engineering Case Western Reserve University 1980 - 1984
Bachelors, Bachelor of Science, Electronics Engineering Canisus High School 1976 - 1980

Skills:

Linux
Algorithms
Processors
C
Virtualization
Operating Systems
Linux Kernel
Architecture
Technical Leadership
Microprocessors
Perl

Freelance Photographer

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Work:

Reloahu
Freelance Photographer

Richard Brunner

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Work:

Industrial Combustian
Machinist

Richard Brunner

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Richard Brunner

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Richard Brunner

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Richard Brunner

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Richard Brunner

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Location:

United States

Publications

Us Patents

Integrated I/O Remapping Mechanism

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US Patent:

7009618, Mar 7, 2006

Filed:

Apr 30, 2002

Appl. No.:

10/135461

Inventors:

Richard A. Brunner - Olympia WA, US
William Alexander Hughes - Burlingame CA, US

Assignee:

Advanced Micro Devices, Inc. - Sunnyvale CA

International Classification:

G06F 12/02
G09G 5/36

US Classification:

345566, 345557

Abstract:

In a computer system, an address range is defined within the memory map. Addresses within the address range are mapped to other addresses within the memory map using an address relocation mechanism (e. g. the GART mechanism). The address range is divided into two portions. A graphics device may use the first portion to address a contiguous address space, and the addresses are remapped to other address using the address relocation mechanism. Particularly, the contiguous address space used by the graphics device may be remapped to non-contiguous pages elsewhere in the memory map. Other peripheral devices may use the second portion when performing data transfers to portions of the memory map above a predefined limit. The predefined limit may be the highest memory location in the memory map for which the peripheral device is capable of directly generating the address (e. g. 4 GB for a 32 bit address).