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Chris Gregory Bartone

from Athens, OH
Age ~64
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Also known as:
Chris G Bartone, Chris C Bartone, Chris G Barton
Phone and address:
7 Dove Dr, Shade, OH 45701
(740) 593-6781
Related to:
Joanna BartoneShirley J Bartone, 63Stephen M Bartone, 34S Bartone, 63S Bartone
Connected to:
Diane M Bartone, 59Victoria R Bartone, 29Victoria D Bartonek, 48Gabriella S Bartonico, 39Mia M Bartorelli, 37Diane T Bartorillo, 41Aaron Bartosch, 45Adam T Bartos, 45Allie M Bartos, 39Amber L Bartos, 32

Chris Bartone Phones & Addresses

  • 7 Dove Dr, Athens, OH 45701 (740) 593-6781
  • The Plains, OH
  • 21437 Morris Dr, Lexington Park, MD 20653
  • Lexington Pk, MD

Resumes

Resumes

Chris Bartone Photo 1

President

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Location:
Columbus, OH
Industry:
Education Management
Work:
Gnss Solutions
President
Ohio University
Professor
Education:
Ohio University Heritage College of Osteopathic Medicine 1994 - 1998
Doctorates, Doctor of Philosophy The United States Naval Postgraduate School 1986 - 1987
Masters, Master of Science In Electrical Engineering, Electrical Engineering, Engineering Penn State University 1979 - 1983
Bachelors, Bachelor of Science In Electrical Engineering
Skills:
Gps
Simulations
Matlab
Signal Processing
Radar
Navigation
Antennas
Systems Engineering
Research
Engineering
Algorithms
Sensors
Programming
Wireless
Simulink
Image Processing
Electrical Engineering
System Design
Electronics
Global Positioning System
Digital Signal Processors
Mathematical Modeling
Satellite
Embedded Systems
Physics
Research and Development
Teaching
C
Fortran
R&D
C++
Software Engineering
Optimization
Rf
Remote Sensing
Science
Chris Bartone Photo 2

Chris Bartone

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Chris Bartone Photo 3

Chris Bartone

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Chris Bartone
Owner
Bartone PH.D. Pe, Chris Gregory
Engineering Services
7 Dove Dr, Shade, OH 45701
Chris Gregory Bartone
GNSS SOLUTIONS LTD

Publications

Us Patents

Real-Time Code Multipath Mitigation In The Frequency Domain Using Fdsmooth™ For Global Navigation Satellite Systems

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US Patent:
20050216210, Sep 29, 2005
Filed:
Mar 21, 2005
Appl. No.:
11/087021
Inventors:
Chris Bartone - Athens OH, US
Yujie Zhang - Athens OH, US
International Classification:
G06F011/30
US Classification:
702056000
Abstract:
This FDsmooth™ frequency domain code multipath mitigation technique for real-time application. Firstly, a multipath spectral estimation technique is used to provide multipath frequency spectrum analysis, which was used to bound the frequency domain region for mitigation; either a multipath model or spectral estimation on the GNSS observable data can be accomplished Secondly, a code-minus-carrier (CmC) analysis exposes the major code multipath error and its frequency spectrum, which was the basis for operation; Thirdly, a code multipath correction was formed and applied to mitigate the multipath error in the GNSS code measurement. Both the multipath mitigated code measurement and the carrier phase measurement can be utilized for the user solution, which improves performance. The technique is well suited for ground-based applications where the multipath fading frequency can be well predicted, as well as, for mobile user applications where this multipath frequency can be estimated using a spectral estimation technique.

Terrestrial Position And Timing System

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US Patent:
20130293421, Nov 7, 2013
Filed:
Mar 15, 2013
Appl. No.:
13/832749
Inventors:
Chris G. BARTONE - Athens OH, US
Assignee:
Ohio University - Athens OH
International Classification:
G01S 1/02
US Classification:
342386
Abstract:
A terrestrial positioning and timing system (TPTS) comprising a ground segment and user segment is disclosed that is comprised of a spread-spectrum based range and bearing reference signal, with respect to a reference time, transmitted by an antenna over a broad region of space; and a spread-spectrum based bearing variable signal with bearing specific modulation referenced to a reference time, transmitted using a scanning antenna over a spatial region of space that is more narrow than the spread-spectrum based range and bearing reference signal transmission spatial area. Various embodiments enable the TPTS station and user to support various position, velocity or time services. Most notably, an embodiment with a single TPTS station, active interrogation/transponder reply, and data delivery subsystem can provide a position, velocity, and time solution for the user. Additional embodiments disclosed provide varying levels of user solutions to include bearing, position, velocity, or time.

Reat-Time Wavesmooth™ Error Mitigation For Global Navigation Satellite Systems

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US Patent:
20050212696, Sep 29, 2005
Filed:
Mar 21, 2005
Appl. No.:
11/087022
Inventors:
Chris Bartone - Athens OH, US
Yujie Zhang - Athens OH, US
International Classification:
G01S005/14
US Classification:
342357020
Abstract:
WaveSmooth™ is a technique to mitigate inherent measurement error for GNSS signals. The WaveSmooth™ technique can be applied for single-frequency or multi-frequency GNSS users. For single-frequency GNSS users, WaveSmooth™ enables smoothing of GNSS measurements, in real-time using wavelets without introducing significant ionosphere divergence. For multi-frequency GNSS users, the WaveSmooth™ technique effectively mitigates multipath error in a real-time fashion. The WaveSmooth™ techniques utilizes wavelet aided methods and operate on the GNSS Code minus Carrier (CmC) signal to mitigate inherent GNSS measurement errors in a real-time fashion to improve the performance of these GNSSs. The WaveSmooth™ error mitigated pseudorange measurement can be used, along with the original carrier phase measurement for a high performance user solution.

Terrestrial Position And Timing System

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US Patent:
20170139030, May 18, 2017
Filed:
Jul 29, 2016
Appl. No.:
15/223875
Inventors:
- Athens OH, US
Chris G. Bartone - Athens OH, US
International Classification:
G01S 1/04
G01S 1/50
G01S 5/02
Abstract:
A terrestrial positioning and timing system (TPTS) comprising a ground segment and user segment is disclosed that is comprised of a spread-spectrum based range and bearing reference signal, with respect to a reference time, transmitted by an antenna over a broad region of space; and a spread-spectrum based bearing variable signal with bearing specific modulation referenced to a reference time, transmitted using a scanning antenna over a spatial region of space that is more narrow than the spread-spectrum based range and bearing reference signal transmission spatial area. Various embodiments enable the TPTS station and user to support various position, velocity or time services. Most notably, an embodiment with a single TPTS station, active interrogation/transponder reply, and data delivery subsystem can provide a position, velocity, and time solution for the user. Additional embodiments disclosed provide varying levels of user solutions to include bearing, position, velocity, or time.

Global Navigation Systems Antenna

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US Patent:
20150346345, Dec 3, 2015
Filed:
Sep 19, 2012
Appl. No.:
14/345748
Inventors:
- Athens OH, US
Chris Bartone - Athens OH, US
International Classification:
G01S 19/21
H01Q 3/24
H01Q 3/26
H01Q 21/06
Abstract:
A phased array antenna that can be utilized in one or multiple Global Navigation Satellite Systems. This type of GNSS phased array antenna is often referred to as a CRPA. Various C-Band CRPA embodiments are illustrated to provide advanced performance in a compact real estate size that may fit within L-Band GPS ARINC and L-Band GPS 7-element CRPA size. A Large L-Band CRPA embodiment of the present invention provides for a substantial number of degrees of freedom that can be utilized to provide for advanced beam steering and null steering for advanced interference and multipath mitigation to form nulls over specific geographic regions.
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Chris Gregory Bartone from Athens, OH, age ~64 Get Report