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Sharon A Gadonniex

from Somerville, MA
Age ~57
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Also known as:
Adonnie G Sharon, Sharon X
Phone and address:
51 Dimick St, Somerville, MA 02143
Related to:
Noreen A Gadonniex, 47
Connected to:
Heather L Gadonniex, 43Brandon J Gador, 39Darin P Gador, 61Nelly M Gador, 43Moshe Gadot, 48Joseph T Gadoua, 39John M Gadourey, 62Benjamin A Gadoury, 40Christine Gadoury, 43Diane K Gadoury, 70

Sharon Gadonniex Phones & Addresses

  • 51 Dimick St, Somerville, MA 02143
  • 32 Summit St, Somerville, MA 02143 (617) 776-1339
  • 381-383 Commercial St, Provincetown, MA 02657
  • 18 Allen St, Arlington, MA 02474 (508) 517-6694
  • 22 Gray St, Arlington, MA 02476 (781) 646-0558
  • 12 Windsor St, Arlington, MA 02474 (781) 648-0253

Resumes

Resumes

Sharon Gadonniex Photo 1

Vice President Of Engineering

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Location:
1151 Maplewood Dr, Itasca, IL 60143
Industry:
Computer Software
Work:
Sharkninja Mar 2019 - Jul 2019
Vice President, Software Engineering and Algorithms
Knowles Intelligent Audio Jun 2016 - Mar 2019
Senior Director, Audio Systems and Algorithms
Knowles Corporation Jul 2015 - Jul 2016
Director of Hearables, Intelligent Audio Systems, Knowles Corp
Bose Corporation Nov 2012 - Jul 2015
Advanced Development Dsp and Sw Manager
Bose Corporation Feb 2007 - Nov 2012
Product Development Sw and Dsp Manager
Education:
University of Massachusetts Amherst 1988 - 1990
Masters, Master of Science In Electrical Engineering, Electrical Engineering Massachusetts Institute of Technology 1984 - 1988
Bachelors, Bachelor of Science In Electrical Engineering, Electrical Engineering
Skills:
Embedded Systems
Digital Signal Processors
Embedded Software
Signal Processing
Algorithms
Digital Signal Processing
Hardware Architecture
System Architecture
Consumer Electronics
Debugging
Software Engineering
Engineering Management
Software Development
Systems Engineering
C
C++
Linux
Microcontrollers
Software Design
Arm
Audio Processing
Leadership
Acoustics
Object Oriented Design
Automotive
Audio Equipment
Firmware
Psychoacoustics
Rtos
Device Drivers
Image Processing
Matlab
Embedded C
Processors
I2C
Spi
Microprocessors
Mips
Algorithm Design
Assembly Language
Embedded Linux
Vxworks
People Development
Mentoring
Diverse Groups of People
Change Management
Strategy
Agile Methodologies
Software Development Life Cycle
Software Project Management
Integration
Python
Amazon Web Services
Cross Functional Team Leadership
Organizational Leadership
Management
Strategic Technology Planning
Hands on Technical
Hands on Technical Leadership
Strategic Planning
Cross Functional Team Building
Interests:
Technical Leadership
Oil Painting
Yoga
Medical Technology
Science and Technology
Dsp
Algorithm Development
Arts and Culture
Audio Systems
Ancient History
Sharon Gadonniex Photo 2

Sw Group Manager At Bose Corporation

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Position:
SW Group Manager at Bose Corporation
Location:
Greater Boston Area
Industry:
Consumer Electronics
Work:
Bose Corporation since Feb 2007
SW Group Manager
Bose Corporation Jan 2006 - Feb 2008
Senior DSP Engineer/Architect
Bose Corporation Jul 2000 - Jan 2006
Senior SW Engineer/Architect
Sipix Imaging Group Jul 1999 - Jun 2000
Software Technical Lead
Polariod 1997 - 1999
Software Engineer
Education:
University of Massachusetts, Amherst 1988 - 1990
MSEE, Electrical Engineering Massachusetts Institute of Technology 1984 - 1988
BSEE, Electrical Engineering
Skills:
Digital Signal Processors
Audio Processing
Embedded Systems
Signal Processing
Audio Equipment
Digital Signal Processing
Consumer Electronics
Firmware
Embedded Software
Psychoacoustics
RTOS
Acoustics
Debugging
Device Drivers
Algorithms
Microcontrollers
C
Image Processing
Matlab
Software Engineering
Embedded C
C++
Processors
Engineering Management
I2C
SPI
Software Development
System Architecture
Microprocessors
MIPS
Software Design
Algorithm Design
Linux
Assembly Language
Object Oriented Design
Interests:
DSP, algorithm development, medical technology, audio systems, technical leadership, oil painting, yoga, ancient history
Honor & Awards:
AWARD: President's Award, Bose Corp. PATENT: "Color Doppler Optimal Frequency Selection Based on Depth of Focus" issued February 1999. PATENT: "A Quick Method and Apparatus for Identifying a Region of Interest in an Ultrasound Display”, issued July 23, 1996. PAPER: "Real Time Measurements in Echocardiography", presented at IEEE Society of Ultrasonics meeting March 1996. PAPER: "An Overview of the Pressure Volume Relationship in the Heart", presented at the Hewlett Packard Eastern Professional Women's Conference, June 1994. AWARD: Special recognition STARs award from HP Imaging Systems Division for individual contribution in the understanding of grey scale printing of medical images, May 1997. AWARD: Special recognition STARs award from HP Medical Products Group General Manager for work on diversity and inclusion in the workplace, Sept. 1996.

Publications

Us Patents

Method For Maintaining A Constant Velocity To Color Map In An Ultrasound Flow Imaging System

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US Patent:
58910409, Apr 6, 1999
Filed:
Feb 18, 1998
Appl. No.:
/025350
Inventors:
Stephen M. Grenon - Manchester NH
Sharon A. Gadonniex - Somerville MA
Richard A. Snyder - Chester NH
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
A61B 800
US Classification:
600455
Abstract:
The method of the invention employs pulsed Doppler ultrasound signals to color image blood and tissue movement velocities in a body. The method initially images a movement with a transmitted ultrasound signal that manifests a current signal transmission frequency value and a current pulse repetition frequency (PRF) value. Those values exhibit a determined ratio R to each other. Thereafter, in response to an indication by the user that movement is to be imaged at a new depth, the method alters the current transmission frequency to a new frequency to provide improved signal back-scatter from movement at the new depth. Then, the current PRF is adjusted, automatically, to a new PRF value which, when compared to the new transmission frequency, manifests substantially the same determined ratio R that was present between the current transmission frequency and current PRF. The latter step assures that the mapping of movement velocity values to colors is maintained, notwithstanding use of a new transmission frequency.

Quick Method And Apparatus For Identifying A Region Of Interest In An Ultrasound Display

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US Patent:
55380034, Jul 23, 1996
Filed:
May 18, 1995
Appl. No.:
8/443979
Inventors:
Sharon Gadonniex - Somerville MA
Christina E. Banta - Andover MA
David M. Prater - Melrose MA
Assignee:
Hewlett-Packard Company - Palo Alto CA
International Classification:
A61B 800
US Classification:
12866009
Abstract:
An ultrasound display system enables a user to rapidly identify a region of interest (ROI) in a displayed ultrasound image without having to trace the outline of the ROI. The system includes a display and a processor for causing the display to manifest an ultrasound image. A user entry device enables a user to initiate a "quick ROI" identification procedure which causes the processor to superimpose a closed geometric figure on a displayed ultrasound image. The user entry device further enables adjustment of the closed geometric figure to substantially enclose the ROI. A user selection input device, in response to user actuation, causes the processor to identify the boundary of the ROI that lies within the vicinity of an edge of the closed geometric figure and further enables the processor to carry out calculations with respect to the determined ROI boundary.

Acoustic Aware Voice User Interface

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US Patent:
20210110838, Apr 15, 2021
Filed:
Dec 21, 2020
Appl. No.:
17/129075
Inventors:
- Itasca IL, US
Dhruv Bharadwaj - Itasca IL, US
Navjot Singh - Newark CA, US
Sharon Gadonniex - Arlington MA, US
International Classification:
G10L 21/0216
G10L 15/22
G10L 15/06
Abstract:
A method for optimal configuration of a voice user interface is disclosed herein. The method includes receiving an audio signal; processing the audio signal by a context awareness module to generate context information regarding an acoustic environment of the audio signal; determining, based on the context information, an optimal one of a plurality of different configurations of a voice user interface to perform voice user interface processing of the audio signal; and performing the voice user interface processing of the audio signal using the optimal configuration of the plurality of different configurations.

Audible Keyword Detection And Method

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US Patent:
20210005181, Jan 7, 2021
Filed:
Jun 4, 2020
Appl. No.:
16/892693
Inventors:
- Itasca IL, US
Sib Sankar Dey - Cupertino CA, US
Sharon Gadonniex - Arlington MA, US
Matthew Cowan - San Jose CA, US
Karthigeyan Vaidyanathan - Bangalore, IN
Douglas Vargha - Menlo Park CA, US
International Classification:
G10L 15/08
G10L 15/28
G06F 1/324
G06F 1/3206
Abstract:
The disclosure describes keyword detection in an audio processor and methods therefor including a low-power keyword detection engine (LKDE) and a high-power keyword detection engine (HKDE). In one implementation, the LKDE detects a keyword in data from a single audio source while buffering data from multiple audio sources and, upon detection of a keyword, the HKDE is awakened to verify the previously detected keyword by processing the buffered audio data from the multiple sources.
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Sharon A Gadonniex from Somerville, MA, age ~57 Get Report