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Simon J Hennin

from Worcester, MA
Age ~65

Simon Hennin Phones & Addresses

  • 3 Dick Dr, Worcester, MA 01609 (508) 757-8667
  • 592 Sugar Rd, Bolton, MA 01740 (978) 779-6025
  • Marlborough, MA

Publications

Us Patents

Methods And Apparatus For Radar Time Sensor

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US Patent:
20070159378, Jul 12, 2007
Filed:
Sep 28, 2006
Appl. No.:
11/536198
Inventors:
Stanley Powers - Chelmsford MA, US
Russell Aten - Berlin MA, US
Anthony Jagodnik - Bolton MA, US
Brian Danley - Framingham MA, US
Simon Hennin - Worcester MA, US
Robert Stamm - Westborough MA, US
Timothy Harding - Westborough MA, US
International Classification:
G01S 13/93
US Classification:
342029000, 342030000, 342031000, 342033000, 342036000, 342037000, 342357100, 342357140, 342057000, 342058000
Abstract:
Methods and apparatus to detect and measure energy transmission or azimuth angle information from a radar system at one or more known or measured azimuth angles, determine, for each azimuth angle, the time corresponding to the center of the beam of the energy transmission, receive universal time information, tag the time measurement for each azimuth angle with the universal time information to provide a report, transmit the report to a radar automation system, and determine the radar measurement time for each target report at any azimuth angle from that radar.

Method And Apparatus For Generating A Test Plan Using A Statistical Test Approach

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US Patent:
20090125270, May 14, 2009
Filed:
Nov 7, 2008
Appl. No.:
12/266773
Inventors:
Robert D. O'Shea - Harvard MA, US
Simon J. Hennin - Worcester MA, US
International Classification:
G06F 19/00
US Classification:
702108
Abstract:
A process for generating a set of tests for a system includes identifying a plurality of factors to use in a design of experiments (DOE) test, using each of the plurality of factors in the DOE, identifying, through the DOE testing, one or more factors which have a significant effect an output of the system, including only the one or more factors in a Combinatorial design methodology (CDM) and generating a first test matrix based upon the CDM using the DOE inputs. The unique part of the process is then adding interactions of order greater than 2-way, as identified by the DOE, to the CDM matrix thus creating an optimized set of test cases. By using the sensitivity output of the DOE as an input to the final test matrix from the CDM, an affordable yet comprehensive test approach is provided.
Simon J Hennin from Worcester, MA, age ~65 Get Report