Search

Gair D Brown

from King George, VA
Age ~61
Get Report
Also known as:
Gair Janet Brown, Dalen Brown Gair, Brown Gair
Phone and address:
12686 Cleydael Blvd, Owens, VA 22485
(540) 775-0187
Related to:
Robert Lee Sanders, 61Gilbert L Brown, 59Janet C Brown, 60Richard P Bubenchik, 63Michael T Manning, 55Lynn BrownAnna Brown, 57Annie M Brown, 57Laurel A Demuth, 51Madison Brown, 28Lori L Bubenchik, 54Alex J Haywood, 63
Connected to:
Abigail Brown, 42Abrienne B Brown, 30Acquanda Brown, 47Adel Brown, 31Adeyele Brown, 39Adeyemi A Brown, 41Adonnis F Brown, 37Adrean D Brown, 34Adrian M Brown, 46Adrian G Brown, 48

Gair Brown Phones & Addresses

  • 12686 Cleydael Blvd, King George, VA 22485 (540) 775-0187
  • 8386 Independence Cir, King George, VA 22485 (540) 775-0187
  • Dahlgren, VA
  • 8386 Independence Cir, King George, VA 22485 (540) 664-8974

Work

Company: Unknown Position: Physicist

Education

Degree: Bachelor's degree or higher

Emails

g***[email protected]

Industries

Defense & Space

Resumes

Resumes

Gair Brown Photo 1

Physicist

View page
Location:
12686 Cleydael Blvd, King George, VA 22485
Industry:
Defense & Space
Work:
Unknown
Physicist

Publications

Us Patents

Multi-Interface Point-To-Point Switching System (Mippss) Having An Internal Universal Signal Format

View page
US Patent:
6426952, Jul 30, 2002
Filed:
Sep 18, 1998
Appl. No.:
09/157023
Inventors:
Harry F. Francis - Alexandria VA
Roland H. Mattoon - Montross VA
Timothy Y. Gorder - King George VA
Neal E. Moody - Fruitland MD
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04L 1250
US Classification:
370380, 370388
Abstract:
A multi-interface point-to-point switching system includes a plurality of I/O ports coupled to a plurality of respective devices, and a switching fabric that selectively delivers each of a plurality of different signals from a selected one of the I/O ports coupled to a sending one of the devices to another selected one of the I/O ports coupled to a receiving one of the devices, to thereby establish respective connections between the sending and receiving devices. According to one aspect of the invention, at least one of the different signals is a parallel interface format signal and at least one of the different signals is a serial interface format signal. Moreover, the switching fabric does not interact with any data transfer protocol used by the devices for data communications with one another. According to another aspect of the invention, the switching fabric provides a fixed, low latency signal path for each connection between a sending and receiving device for the duration of that connection, whereby the latency of that connection is deterministic and predictable, and the signal being delivered via that connection is not analyzed or processed by the switching fabric.

Assembly And Method For Furcating Optical Fibers

View page
US Patent:
6438299, Aug 20, 2002
Filed:
May 14, 1999
Appl. No.:
09/311900
Inventors:
Gair D. Brown - King George VA
Robert A. Throm - Fredericksburg VA
Yancy T. Jeleniewski - Fredericksburg VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G02B 644
US Classification:
385100, 385106, 385109, 385112, 385113
Abstract:
An assembly that includes a fiber-containing structure that contains a plurality of optical fibers and a furcation tube assembly that includes a plurality of loose tube optical fiber cables. Each of the loose tube optical fiber cables includes a hollow inner tube; a support structure that includes strength members, the support structure surrounding the hollow inner tube; and, a protective jacket surrounding the support structure. The assembly further includes a heat shrink tube that joins the fiber-containing structure and the furcation tube assembly and a protective tube surrounded by the heat shrink tube and disposed in surrounding relationship to the furcation tube assembly. The support structure extends in a first direction between an outer surface of the fiber-containing structure and an inner surface of the protective tube proximate a first end of the protective tube.

Dynamic Switch Path Verification System Within A Multi-Interface Point-To-Point Switching System (Mippss)

View page
US Patent:
6580692, Jun 17, 2003
Filed:
Sep 18, 1998
Appl. No.:
09/156393
Inventors:
Harry F. Francis - Alexandria VA
Roland H. Mattoon - Montross VA
Timothy Y. Gorder - King George VA
Neal E. Moody - Fruitland MD
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G01R 3108
US Classification:
370248, 370388, 370241
Abstract:
A multi-interface point-to-point switching system includes a plurality of I/O ports coupled to a plurality of respective devices, a switching fabric, and a controller. Advantageously, the controller determines the path bit error rate for each all possible signal paths that are presently available, then selects the presently available one of the possible signal paths for each connection that has the lowest path bit error rate, and then configures the switching fabric to establish the selected signal path for each connection. According to the present invention, the switching fabric selectively delivers each of a plurality of different signals from a selected one of the I/O ports coupled to a sending one of the devices to another selected one of the I/O ports coupled to a receiving one of the devices, to thereby establish respective connections between the sending and receiving devices, wherein the switching fabric provides a fixed, low latency signal path for each connection, whereby the latency of that connection is deterministic and predictable, and a data content of the signal delivered via that connection is not analyzed by the switching fabric, whereby the switching fabric operates in a message-independent manner.

Latency Verification System Within A Multi-Interface Point-To-Point Switching System (Mippss)

View page
US Patent:
6580720, Jun 17, 2003
Filed:
Sep 18, 1998
Appl. No.:
09/156379
Inventors:
Harry F. Francis - Alexandria VA
Roland H. Mattoon - Montross VA
Timothy Y. Gorder - King George VA
Neal E. Moody - Fruitland MD
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04L 1228
US Classification:
370423, 370359, 370360, 370463, 710129, 710131
Abstract:
A multi-interface point-to-point switching system includes a plurality of I/O ports coupled to a plurality of respective devices, a switching fabric that selectively delivers each of a plurality of different signals from a selected one of the I/O ports coupled to a sending one of the devices to another selected one of the I/O ports coupled to a receiving one of the devices, to thereby establish respective connections between the sending and receiving devices, and a controller that determines the latency of all possible signal paths that are presently available for each connection to be established, selects the lowest-latency signal path for each connection that it determines is presently available, and then configures the switching fabric to establish the selected signal path for each connection. According to one aspect of the invention, the switching fabric provides a fixed, low latency signal path for each connection whereby the latency of that connection is deterministic and predictable. Moreover, the switching system ensures that the data content of the signal delivered via that connection is not analyzed by the switching fabric, i. e.

Multi-Interface Point-To-Point Switching System (Mippss) With Hot Swappable Boards

View page
US Patent:
6628648, Sep 30, 2003
Filed:
Sep 18, 1998
Appl. No.:
09/156614
Inventors:
Harry F. Francis - Alexandria VA
Roland H. Mattoon - Montross VA
Timothy Y. Gorder - King George VA
Neal E. Mouch - Fruitland MD
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04L 1250
US Classification:
370360, 370388
Abstract:
A multi-interface point-to-point switching system, including a plurality of I/O ports coupled to a plurality of respective devices, a switching fabric, a controller that determines the fixed, low latency signal path for each connection and commands the switching fabric to establish the determined signal path for each connection. According to one aspect of the invention, the switching fabric includes a plurality of discrete switch modules, at least selected ones of which are hot-swappable with permission of the controller. According to another aspect of the present invention, a switching fabric that selectively delivers each of a plurality of different signals from a selected one of the I/O ports coupled to a sending one of the devices to another selected one of the I/O ports coupled to a receiving one of the devices, to thereby establish respective connections between the sending and receiving devices, wherein the switching fabric provides a fixed, low latency signal path for each connection between a sending and receiving device for the duration of that connection, whereby the latency of that connection is deterministic and predictable, and a data content of the signal delivered via that connection is not analyzed by the switching fabric, whereby the switching fabric operates in a content-independent manner.

Multi-Interface Point-To-Point Switching System (Mippss) With Rapid Fault Recovery Capability

View page
US Patent:
6678268, Jan 13, 2004
Filed:
Sep 18, 1998
Appl. No.:
09/157002
Inventors:
Harry F. Francis - Alexandria VA
Roland H. Mattoon - Montross VA
Timothy Y. Gorder - King George VA
Neal E. Moody - Fruitland MD
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04L 1250
US Classification:
370380, 370466
Abstract:
A combination delivering signals between a plurality of devices includes a mixed-layer switching fabric, and a controller which controls the mixed-layer switching fabric. According to the present invention, the controller includes a first device for automatically performing fault recognition and fault isolation routines when the multi-interface switching system is initialized and periodically thereafter, and a second device for performing the fault recognition and fault isolation routines on demand. Moreover, the mixed-layer switching fabric further includes a computer controlled switch which establishes one of point-to-point connections and point-to-multipoint connections under the control of the controller, the computer controlled switch comprising a non-volatile memory which stores switch configuration data indicative of a current configuration of the switching fabric to thereby facilitate fail-safe operation of the switching system without requiring re-initialization or re-configuration of the switching system upon power-up of the switching system following an occurrence of a power-down condition of the switching system.

Fiber Optic Cable Furcation Unit

View page
US Patent:
59701951, Oct 19, 1999
Filed:
Apr 6, 1999
Appl. No.:
9/286844
Inventors:
Gair D. Brown - King George VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G02B 644
US Classification:
385100
Abstract:
A low cost rugged sealed fiber optic cable furcation unit is provided. The urcation unit has an outer heat shrink tube which encloses a protective tube. Within the protective tube, a spacer/fiber guide is located along with a sealant material. When installed and sealed, the sealed furcation unit includes fiber ends and cables. The furcation unit allows loose tube fiber optic cables or tube ducts within Air Blown Fiber (AEF) cables to be furcated into multiple single fiber cables. The furcation unit is compatible with both 250 micrometer and 500 micrometer coated optical fibers. The furcation unit is also compatible with common single fiber optical connectors and splices.

Shock Resistant Optic Fiber Rotary Splice Holding Device

View page
US Patent:
54229740, Jun 6, 1995
Filed:
Sep 23, 1994
Appl. No.:
8/312743
Inventors:
Gair D. Brown - Dahlgren VA
Alan C. Schwarting - Warsaw VA
Robert G. Aldous - King George VA
Daniel D. Thomas - King George VA
Francis L. Needham - Fredericksburg VA
Sara M. Leite - Dahlgren VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G02B 636
G02B 638
US Classification:
385135
Abstract:
Rotary mechanical splices between axially aligned optic fibers are seated der axial compression within bays recessed into the body of a holding tray on which a retention lid is fastened in a position to which it is guided by fins on its underside received in grooves formed in the tray body. In such position of the lid on the tray, the lid underside surface covers access formations and the bays between the fins having portions covering fiber slots in the tray through which the optic fibers extend in alignment with their splices.
Control profile
Gair D Brown from King George, VA, age ~61 Get Report