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Shawn M Amorino

from Prince Frederick, MD
Age ~45
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Related to:
Kelly Adair Peterson, 45Richard A Bernhardt, 81Joseph L Peterson, 45Cynthia A Amorino, 71Andrew G Fagersten, 39Joseph Owen Fagersten, 34Katherine M Fagersten, 70Elizabeth F Amorino, 42Gary G Fagersten, 73Eugene L AmorinoDavid Bernhardt, 50Eugene J Amorino, 74Jennifer D Amorino, 40Rebecca F Fillmore, 36Amy F Marshall, 40Benjamin R Fagersten, 32Megan K Amorino, 33Costano L AmorinoJacob Fagersten, 30James Williams, 56
Connected to:
Ashley Amorison, 36Mike J Amormino, 36Sara Amorocho, 79Juanita Amoros, 41James G Amorose, 73John R Amorose, 65Anthony R Amorosino, 70Alexis C Amoroso, 47Brent W Amoroso, 51Jeffrey G Amoroso, 48

Shawn Amorino Phones & Addresses

  • 306 Whirlaway Dr, Prnc Frederck, MD 20678 (240) 210-0996
  • Prince Frederick, MD
  • 6257 Woodchuck Pl, Waldorf, MD 20603 (301) 885-0741
  • Saint Charles, MD
  • Rexburg, ID
  • Arlington, VA
  • Washington, DC
  • East Stroudsburg, PA
  • Prnc Frederck, MD

Business Records

Name / Title
Company / Classification
Phones & Addresses
Shawn A. Amorino
Principal
Amorino Marketing
Management Consulting Services
6257 Woodchuck Pl, Waldorf, MD 20603

Publications

Us Patents

System And Method For Calculating The Directivity Index Of A Passive Acoustic Array

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US Patent:
7408841, Aug 5, 2008
Filed:
Jul 27, 2007
Appl. No.:
11/829566
Inventors:
John R Welch - Westport MA, US
Andrew J Hull - Portsmouth RI, US
Shawn M Amorino - Waldorf MD, US
Assignee:
The United States of the America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04B 11/00
G01S 3/80
US Classification:
367131, 367119, 381 92
Abstract:
A software system and method is presented that calculates the sensor directivity at all spatial angles, and stores these values in a two dimensional matrix. These values are then used as additional “weighting” coefficients in the equation for the pressure detected by an array of directive sensors. The azimuthal and polar angles of a particular sensor normal vector are used to “rotate” the sensor directivity matrix to account for the angular orientation of each sensor within the array. The software system receives as input sensor and array geometry, shading functions, sensor shape, array structure baffling, steering, and shading. A sensor can have the shape of a point, line, plane, volume, baffled ring, or circular plane piston. The sensors within the array can either be baffled by the array structure or retain their free field directivity response, and array as a whole can have steering or no steering.
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Shawn M Amorino from Prince Frederick, MD, age ~45 Get Report