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Anthony F Zwilling

from Huntsville, AL
Age ~62
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Also known as:
Anthony Frederick Zwilling, Alvin Zwilling, Tony Zwilling
Phone and address:
112 Rachel Dr, Huntsville, AL 35806
(256) 895-0445
Related to:
Jan Z Hosey, 63Tyler ZwillingLaurel Zwilling, 27
Connected to:
Adam R Zwilling, 38Cheryl Zwillinger, 71Eli Zwillinger, 104Joseph J Zwilling, 57Michele B Zwillinger, 79Rita A Zwilling, 61Robert J Zwilling, 46Lea Zwimpfer, 43Mark M Zwingelberg, 76Peter R Zwinger, 67

Anthony Zwilling Phones & Addresses

  • 112 Rachel Dr, Huntsville, AL 35806 (256) 895-0445
  • Harvest, AL
  • Madison, AL

Work

Company: Modern technology solutions, inc. (mtsi) Mar 1, 2016 Position: Systems engineer

Education

School / High School: The Ohio State University 1979 to 1985

Industries

Defense & Space

Resumes

Resumes

Anthony Zwilling Photo 1

Systems Engineer

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Location:
Huntsville, AL
Industry:
Defense & Space
Work:
Modern Technology Solutions, Inc. (Mtsi)
Systems Engineer
Colsa Corporation
Systems Engineer
Westar Aerospace & Defense Group Aug 2005 - Dec 2008
Senior Systems Engineer
Time Domain Corporation 2001 - 2005
Systems Engineer
Dynetics, Inc. 1985 - 2001
Systems Engineer
Education:
The Ohio State University 1979 - 1985

Business Records

Name / Title
Company / Classification
Phones & Addresses
Anthony Zwilling
Systems Engineer
Time Domain
Defense & Space · Mfg Semiconductors/Related Devices Engineering Services · Engineering Services Mfg Semiconductors/Related Devices · Mfg Semiconductors/Related Devices
4955 Corporate Dr SUITE 101, Huntsville, AL 35805
Huntsville, AL 35805
(256) 922-9229, (256) 922-0387

Publications

Us Patents

Target Scoring System

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US Patent:
6717684, Apr 6, 2004
Filed:
Jun 9, 2000
Appl. No.:
09/590919
Inventors:
Joseph W. Fikes - Huntsville AL
Anthony F. Zwilling - Huntsville AL
Christopher S. Anderson - Niceville FL
Michael C. Zari - Huntsville AL
Assignee:
Dynetics, Inc. - Huntsville AL
International Classification:
G01B 1114
US Classification:
356614, 356621, 273371, 250221
Abstract:
A device for target scoring includes an elongated retro-reflective member, a first light source, a second light source, a first light sensor, a second light sensor and a processor. The first light source is disposed at a first location and is spaced apart from the retro-reflective member. The first light source is also positioned so as to be able to direct a first beam of light toward the retro-reflective member. The second light source is disposed at a second location spaced apart from both the retro-reflective member and from the first light source. The second light source is also positioned so as to be able to direct a second beam of light toward the retro-reflective member so that the second beam of light intersects the first beam of light over an area so as to define a target area. The first light sensor is disposed adjacent the first light source and is positioned so as to be able to receive light from the first light source that has been reflected from the retro-reflective member. The first light sensor generates a first signal indicative of a first position of a first blockage of illumination from the retro-reflective member.

Acousto-Optic Time-Integrating Signal Processor

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US Patent:
51212480, Jun 9, 1992
Filed:
Jul 6, 1989
Appl. No.:
7/376352
Inventors:
W. Neil Mohon - Huntsville AL
Robert J. Berinato - Huntsville AL
Anthony F. Zwilling - Huntsville AL
Christopher S. Anderson - Cary NC
Assignee:
Dynetics, Inc. - Huntsville AL
International Classification:
G02F 111
G02F 133
G06E 300
US Classification:
359306
Abstract:
An acousto-optic correlator for wideband signals. The invention is defined by and relates to device in which a laser beam is split into two paths of a Mach-Zehnder interferometer arrangement. A first Bragg cell of which, modulated with a signal Re{S. sub. 1 (t)exp(jw. sub. o t)}, receives the first beam that is reflected off a first flat mirror. A second Bragg cell of which, modulated with a signal Re{S. sub. 2 (t)exp(jw. sub. o t)}, receives a beam that is reflected off a second flat mirror. The undiffracted light from both of the modulators is blocked. The diffracted light emitted from the first and second Bragg cells passes through first and second imaging lenses respectively. The two diffracted light beams are then combined with an angular separation between beams. The combined beam is incident upon a square-law detector array which is at the image plane of the imaging lenses. Due to the square-law detection process, terms of low frequency biases and complex correlation on a spatial carrier develop.
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Anthony F Zwilling from Huntsville, AL, age ~62 Get Report