David J Rabb, Age 45897 Belfast Dr, Dayton, OH 45440

David Rabb Phones & Addresses

897 Belfast Dr, Dayton, OH 45440 (937) 429-1975

Beavercreek, OH

Elk Grove, CA

Daly City, CA

6468 Quarry Ln, Dublin, OH 43017 (614) 336-0492

Columbus, OH

Sacramento, CA

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Work

Company: Law offices of david starr rabb Mar 2013 Position: Attorney

Education

School / High School: Stanford University- Stanford, CA Jun 2008 Specialities: B.A in History

Languages

English

Mentions for David J Rabb

Career records & work history

Medicine Doctors

David Rabb Photo 1

David D Rabb, Palo Alto CA - MA (Medicare Advantage)

Specialties:
Social Work
Clinical Social Work
Address:
3801 Miranda Ave, Palo Alto, CA 94304
(650) 493-5000 (Phone) (650) 849-1993 (Fax)
Languages:
English

David Rabb resumes & CV records

Resumes

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David R Rabb

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David Rabb

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David Rabb

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David Rabb

Work:
Law Offices of David Starr Rabb Mar 2013 to 2000
Attorney
UNITED STATES NAVY RESERVE Dec 2005 to 2000
Gunner's Mate 2nd Class (GM2)
BASTA INC - Lancaster, CA Jul 2012 to Feb 2013
Managing Attorney
BEST BEST & KRIEGER LLP - Ontario, CA Jun 2010 to Aug 2010
Summer Associate
EXTRACURRICUL AR ACTI VITIES - East Palo Alto, CA Sep 2009 to Nov 2009
Full-Time Legal Intern
INLAND COUNTIES LEGAL SERVICES - Riverside, CA Jun 2009 to Aug 2009
Legal Intern
MEAD VALLEY COMMUNITY CENTER - Perris, CA Jun 2007 to Aug 2007
Program Specialist
AMERICAN RED CROSS - Riverside, CA Jun 2005 to Jun 2006
Training Specialist
Education:
Stanford University - Stanford, CA Jun 2008
B.A in History

Publications & IP owners

Us Patents

Apparatus And Method For Providing An Optical Cross-Connect

US Patent:
7630598, Dec 8, 2009
Filed:
May 8, 2007
Appl. No.:
11/801105
Inventors:
Betty Lise Anderson - Gahanna OH, US
David J. Rabb - Columbus OH, US
Assignee:
The Ohio State University - Columbus OH
International Classification:
G02B 6/26
US Classification:
385 18, 385 15, 385 16, 359838
Abstract:
An optical cross-connect for shifting the location of one or more light beams in and array of light beams is provided. An exemplary embodiment of an optical cross connect includes an input array for inputting an array of light beams; at least a portion of a spherical lens; a plurality of microelectrical mechanical devices; and a plurality of mirrors. The microelectrical mechanical devices are located at a distance away from the spherical lens that is approximately equal to the focal point of the spherical lens. The microelectrical mechanical devices include a plurality of individually controllable pixels for directing one or more light beams in the array of light beams through the at least a portion of a spherical lens and onto two or more mirrors. The two or more mirrors may be located at a distance away from the spherical lens that is approximately equal to the focal point of the spherical lens and are located generally opposite of one or more microelectrical mechanical devices. Each of the two or more mirrors may be positioned at different angles with respect to one another so that light beams incident each mirror are shifted differently with respect to one another and land on a subsequent microelectrical mechanical devices.

Apparatus And Method For Providing True Time Delay In Optical Signals Using A Fourier Cell

US Patent:
7911671, Mar 22, 2011
Filed:
May 8, 2007
Appl. No.:
11/801015
Inventors:
David J. Rabb - Columbus OH, US
Assignee:
The Ohio State University - Columbus OH
International Classification:
G02B 26/08
US Classification:
3592231, 3592012, 359900
Abstract:
An true time delay in optical signals using a Fourier cell is provided. One embodiment includes: an input array for inputting an array of light beams; at least a portion of a lens; a plurality of micromirrors located at a distance away from the lens that is approximately equal to the focal length of the lens; one or more mirrors located at a distance away from the lens that is approximately equal to the focal length of the lens; and one or more delay blocks, at least a portion of which are located at a distance away from the lens that is approximately equal to the focal length of the lens. The micromirrors may include a plurality of individually controllable pixels for directing one or more light beams in the array of light beams through the lens and onto either a mirror or a delay block.

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