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Dane P Bennington

from Pittsburgh, PA
Age ~35
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Also known as:
Dane Bennington, Dane Paul Bennington, Margaret S
Related to:
T S, 66Davis Margaret E Bennington, 67Margaret A Davis, 58Sarah M Stout, 41Douglas Davis, 41Chase Bennington, 30Ellen S Bennington, 34
Connected to:
Allison R Benningfield, 38Andrea M Benningfield, 49Brandon M Benning, 28Dan L Bennington, 77Danielle A Benninger, 49Denise M Benninghoff, 73Jared L Bennington, 38Jeremy Benning, 59Julia Y Benning, 66Kara Bennington, 30

Dane Bennington Phones & Addresses

  • Pittsburgh, PA
  • 23420 SW 65Th Ave, Tualatin, OR 97062 (503) 490-6115

Work

Company: Argo ai Jun 2018 Position: Senior engineer

Education

Degree: Masters School / High School: Carnegie Mellon University 2011 to 2012 Specialities: Electrical Engineering

Skills

C • Electrical Engineering • Computer Hardware • Automotive Repair • Java • Embedded Systems • Dsp • Linux • Assembly • Matlab • Windows • Microcontrollers • Fpga • Hardware • Antenna Design • Board Layout • Simulink • C++ • Small Engines • Soldering • Control Systems Design • Machine Learning • Communication • Robotics • Sensors • Electronics • Digital Signal Processing • Programming • Testing • Labview • Engineering • Algorithms • Firmware

Interests

Poverty Alleviation

Industries

Automotive

Resumes

Resumes

Dane Bennington Photo 1

Senior Engineer

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Location:
10 40Th St, Pittsburgh, PA 15201
Industry:
Automotive
Work:
Argo Ai
Senior Engineer
National Robotics Engineering Center, Nrec Jul 1, 2015 - Feb 2017
Senior Robotics Engineer
National Robotics Engineering Center, Nrec Aug 2012 - Jul 2015
Robotics Engineer
Nasa Ames Research Center Jun 2009 - Aug 2011
Intern
Rose-Hulman Institute of Technology Sep 2008 - Jun 2010
Homework Hotline Tutor
Education:
Carnegie Mellon University 2011 - 2012
Masters, Electrical Engineering Rose - Hulman Institute of Technology 2007 - 2011
Bachelors, Robotics, Engineering Wilsonville High School 2007
Skills:
C
Electrical Engineering
Computer Hardware
Automotive Repair
Java
Embedded Systems
Dsp
Linux
Assembly
Matlab
Windows
Microcontrollers
Fpga
Hardware
Antenna Design
Board Layout
Simulink
C++
Small Engines
Soldering
Control Systems Design
Machine Learning
Communication
Robotics
Sensors
Electronics
Digital Signal Processing
Programming
Testing
Labview
Engineering
Algorithms
Firmware
Interests:
Poverty Alleviation

Publications

Us Patents

Closed-Loop Motor Control Using Unidirectional Data Feedback

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US Patent:
20220317304, Oct 6, 2022
Filed:
Mar 30, 2021
Appl. No.:
17/217355
Inventors:
- Pittsburgh PA, US
Dane P. Bennington - Pittsburgh PA, US
Assignee:
Argo AI, LLC - Pittsburgh PA
International Classification:
G01S 17/931
H02J 50/40
H04W 52/08
Abstract:
Systems, methods, and computer-readable media are disclosed for closed-loop control of a motor in a LIDAR system over a wireless power interface using data feedback over a unidirectional data communications interface. An example method may include receiving, by a controller on a first portion in a LIDAR system, from a second portion including a second motor, and over a unidirectional data communication interface, data associated with the second motor, wherein the second portion is configured to rotate relative to the first portion. An example method may also include providing, over a wireless power transfer interface, to the second portion, and based on the data, a power signal, wherein the power signal is used to provide power to the second motor.

Light-Based Data Communication System And Method For Offloading Data From A Vehicle

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US Patent:
20230088838, Mar 23, 2023
Filed:
Sep 21, 2021
Appl. No.:
17/448280
Inventors:
- Pittsburgh PA, US
Dane BENNINGTON - Pittsburgh PA, US
Assignee:
Argo AI, LLC - Pittsburgh PA
International Classification:
H04B 10/116
H04B 10/40
H04W 4/44
H04W 4/38
Abstract:
A system and method for transmitting data using an autonomous vehicle's LIDAR system. The autonomous vehicle may transmit the data by disengaging the LIDAR system's transmitters and receivers from operating to detect external objects. The autonomous vehicle may also rotate the LIDAR system to locate one of a plurality of receivers external to the autonomous vehicle. Data stored within the autonomous vehicle may then be transmitted to an external system using a light-based communication path established between at least one of the LIDAR system's transmitters and an external receiver. The LIDAR system's transmitters and receivers may then be re-engaged so as to be operable to detect external objects.
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Dane P Bennington from Pittsburgh, PA, age ~35 Get Report