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Joann Manges

from Knoxville, TN
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Connected to:
Camela J Manges, 60Hayley M Manges, 27Margaret M Manges, 61Sheryl L Manges, 64Suzanne B Manges, 63Anthony J Mangett, 46Jeetendra M Manghani, 50Phillip L Mangham, 34William Mangham, 33Joshua L Manghelli, 37

Joann Manges Phones & Addresses

  • Knoxville, TN
  • 8841 Flintlock Rd, Knoxville, TN 37931

Resumes

Resumes

Joann Manges Photo 1

Extensive Experience In Research & Design Of Real-Time Computer System Interfaces For Sensors And Controls

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Position:
System Integrator for wireless industrial sensors at Contractor with MMCI
Location:
Knoxville, Tennessee Area
Industry:
Electrical/Electronic Manufacturing
Work:
Contractor with MMCI since Apr 2010
System Integrator for wireless industrial sensors
Pellissippi State Technical Community College, Knoxville, TN - Knoxville, Tennessee Area Main Campus Dec 2009 - Nov 2011
Adjunct Professor to Electrical Engineering and Technology Department
Contractor with Nucafe, Inc Apr 2010 - Apr 2010
Systems Integration for DOE Megaports program
NUCSAFE, Oak Ridge, TN May 2004 - Apr 2010
Primary Computational Scientist / Systems Integrator
Nucsafe 2009 - 2009
Science Group Associate
Education:
Auburn University 1985 - 1987
MS, Electrical Engineering Auburn University 1982 - 1985
BCPE, Computer Engineering
Skills:
C++
Linux
Java
C
C#
Visual Studio
JavaScript
Fortran
HTML
.NET
Pascal
Microsoft SQL Server
Interests:
Publications “Photo-Fission Method of Fissionable Material Detection”, Nuclear Instruments and Methods, (accepted for publication); Alan Proctor, PhD., T. A. Gabriel, PhD., JoAnn T. Manges. "Integrating Real-Time Digital Signal Processing Capabilities Into a Large Research and Development Facility". Co-author with other members of the LCC team. November 1992. Presented at the International Conference on Signal Processing Applications and Technology, Boston, Massachusetts. "An Overview of Ethernet and Token Ring Networks", ISA Instruments Expo, November 1991. "Evaluation of the IBM Token-Ring Network via the Proposed Standard Wiring Plan." ORNL Technical Report 11079. April 1989. "A Home Network Using Carrier Sense Multiple Access with Collision Detection as the Media Access Control Method". JoAnn Therese Mallinak Glassell. March 1987.
Honor & Awards:
While at Oak Ridge National Laboratory I won two "outstanding achievement awards" on system development projects; achieved recognition for editing, composing, and assembling a comprehensive project documentation concept that was used as the division's standardized "model" for all future projects.
Joann Manges Photo 2

System Integrator For Wireless Industrial

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Location:
Knoxville, TN
Industry:
Electrical/Electronic Manufacturing
Work:
Contractor With Mmci
System Integrator For Wireless Industrial Sensors

System Integrator For Wireless Industrial
Education:
Auburn University 1985 - 1987
Master of Science, Masters, Electrical Engineering Auburn University 1982 - 1985
Skills:
C++
Linux
Java
C
C#
Visual Studio
Javascript
Fortran
Html
.Net
Pascal
Microsoft Sql Server
Visual Basic
Algorithms
Software Documentation
Distributed Systems
Architecture
Software Design
Networking
Software Engineering
Software Development
Vb.net
Shell Scripting
Computer Science
Operating Systems
Xml
Tcp/Ip
Object Oriented Design
Subversion
Signal Processing
Databases
Perl
Python
System Architecture
Programming
Integration
Unix
Analysis
Testing
Security
Troubleshooting
Access
Hardware
Interests:
Isa Instruments Expo
Gabriel
Boston
Alan Proctor
Accepted For Publication
Nuclear Instruments and Methods
Phd

Publications

Us Patents

Threat Matrix Analysis System

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US Patent:
20070239408, Oct 11, 2007
Filed:
Mar 5, 2007
Appl. No.:
11/682026
Inventors:
JoAnn T. Manges - Oak Ridge TN, US
Alan Proctor - Knoxville TN, US
International Classification:
G06F 17/10
G06F 15/00
G06F 7/60
US Classification:
703 2, 708200
Abstract:
A computerized system for evaluating a physical phenomenon. In some embodiments a data file defines at least one mathematical expression, and when multiple mathematical expressions are defined they are preferably defined in priority order. Each mathematical expression includes at least one physical variable. In some embodiments the mathematical expressions are Boolean expressions. A data acquisition system is configured to provide a measurement of physical parameters that correspond to the physical variables. In some embodiments the physical variables are radiation levels and the measurements of a physical parameter are radiation measurements. An execution engine is configured for sequentially reading each mathematical expression in the priority order from the data file. The execution engine then takes the measurement of the physical parameter corresponding to each physical variable and evaluates each mathematical expression by directly substituting each measurement of a physical parameter for each corresponding physical variable. The execution engine then initiates and associated actionable output if the computational result of the mathematical expression evaluates to a threshold criterion, such as TRUE or as FALSE.
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Joann Manges from Knoxville, TN Get Report