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Murad Mohammad Qahwash

from Orlando, FL
Age ~50
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Also known as:
Murad M Qahwash, Murad Quawas, Qahwash Murad, Murad H, Ahwah Q Murad
Phone and address:
2024 Avenel St, Orlando, FL 32828
Connected to:
Isam M Qahwash, 49Sayed S Qaiser, 45Shah QaiserAli H QaisraniErion Qalliaj, 40Shoiab QamariNahida M Qamhieh, 73Razan Qammaz, 31Mohamed F Qani, 28David J Qaoud, 34

Murad Qahwash Phones & Addresses

  • 2024 Avenel St, Orlando, FL 32828
  • 1737 Lalique Ln, Orlando, FL 32828
  • 3733 Goldenrod Rd, Winter Park, FL 32792 (407) 673-7845
  • 1398 Northgate Cir, Oviedo, FL 32765 (407) 365-6930
  • Melbourne, FL
  • Fredericksburg, VA

Resumes

Resumes

Murad Qahwash Photo 1

Murad Qahwash

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Location:
Orlando, FL
Industry:
Wireless
Skills:
Matlab
Program Management
Systems Engineering
Teaching
Simulations
Statistics
Data Analysis
Programming
Embedded Systems
Higher Education
Digital Signal Processors
Algorithms
Simulink
Electrical Engineering
Testing
System Design
C++
Signal Processing
C
Java
Microcontrollers
Engineering
Wireless
Modeling
Image Processing
Engineering Management
Labview
Electronics
Physics
Vhdl
Software Engineering
Courses
Sensors
Mathematical Modeling
Artificial Intelligence
Embedded Software
Systems Design
Rf
Circuit Design
Machine Learning
Pcb Design
Power Electronics
System Architecture
Languages:
Arabic
English
Murad Qahwash Photo 2

Instructor

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Location:
Orlando, Florida Area
Industry:
Education Management

Business Records

Name / Title
Company / Classification
Phones & Addresses
Murad M Qahwash
Managing
MU RESEARCH AND DEVELOPMENT GROUP, LLC
Business Services
2024 Avenel St, Orlando, FL 32828
1737 Lalique Ln, Orlando, FL 32828

Publications

Us Patents

Gps-Based Location System And Method

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US Patent:
8452306, May 28, 2013
Filed:
Jan 25, 2011
Appl. No.:
13/013755
Inventors:
Murad Qahwash - Orlando FL, US
Madjid A. Belkerdid - Casselberry FL, US
Assignee:
MU Research & Development Grove, LLC - Orlando FL
International Classification:
H04W 24/00
US Classification:
4554562, 4554561, 4554563, 4554565, 4554566, 340901, 340902, 340903, 340905
Abstract:
A system for locating an object, comprising one or more of a first GPS receiver and a first long and short range transceiver onboard a subject object at a first location; one or more of a second GPS receiver and a second long and short range transceiver onboard a secondary object at a second location; a control center for transmitting a location query message requesting first location information; the first long range transceiver transmitting the first location information to the control center, or the first short range transceiver transmitting the first location information and a subject object identification to the second short range transceiver, that transmits the first location information and the subject object identification to the control center, or the second long range transceiver transmitting the second location information to the control center when the subject object and the secondary object are within a predetermined distance.

Method And System For Analyzing Radio Performance During Over-The-Air Operation

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US Patent:
8565096, Oct 22, 2013
Filed:
Sep 14, 2010
Appl. No.:
12/882193
Inventors:
Danny Caudill - Melbourne FL, US
Michael Keefe - West Melbourne FL, US
Charna Parkey - Melbourne FL, US
Robert Mitchell - Melbourne FL, US
Murad Qahwash - Orlando FL, US
Assignee:
Locus Location Systems, LLC - West Melbourne FL
International Classification:
H04B 17/00
H04W 24/00
US Classification:
370241, 370252, 4551151, 455 6711, 455423
Abstract:
An apparatus for determining operating characteristics of radio-frequency (RF) transmitting devices while the devices are in normal operation transmitting over-the-air RF signals. The apparatus comprises at least one signal sensor for receiving the RF signals, each sensor responsive to the RF signals received at a plurality of antennas or received at a directional antenna, an analyzer for determining signal parameters of received RF signals and for determining operating characteristics of the transmitting devices from the signal parameters, wherein each RF signal includes an identifier of the transmitting device, the apparatus using the identifier to link operating characteristics determined from the RF signals to the transmitting device, and a graphical user interface for displaying the operating characteristics for each transmitting device.

Method And System For Diagnosing Radio Performance During Functional Over-The-Air Operation

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US Patent:
8600371, Dec 3, 2013
Filed:
May 12, 2011
Appl. No.:
13/106812
Inventors:
Danny Caudill - Melbourne FL, US
Michael Keefe - West Melbourne FL, US
Charna Parkey - Orlando FL, US
Robert Mitchell - Orlando FL, US
Murad Qahwash - Orlando FL, US
John McCarthy - Palm Bay FL, US
Assignee:
Locus Location Systems LLC - West Melbourne FL
International Classification:
H04W 24/00
US Classification:
455423, 455425, 455 6711, 455 6714, 455 6715, 455 677, 4551152, 4551153, 4551154, 370241, 370242, 370248, 370252, 370253
Abstract:
An apparatus for determining a health of radio-frequency transmitters each transmitting a transmitted signal during normal operation. The apparatus comprises a receiver for receiving received signals, each received signal responsive to a transmitted signal, a first element for determining signal parameters of each received signal, the signal parameters responsive to an operating condition of a transmitter, each transmitted signal and each associated received signal including an identifier of the transmitter that transmitted the transmitted signal, the apparatus using the identifier to link determined signal parameters with the transmitter that transmitted the transmitted signal and a second element for determining a health of the transmitter that transmitted the transmitted signal, the health responsive to a relationship between one or more signal parameters and a selected value or a range of selected values for each signal parameter.

Crc-Based Message Detection/Demodulation Apparatus And Method For Radio Frequency Signals

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US Patent:
20090075674, Mar 19, 2009
Filed:
Apr 23, 2007
Appl. No.:
11/738634
Inventors:
Murad Qahwash - Orlando FL, US
International Classification:
H04W 4/02
H04B 17/00
US Classification:
4554562, 4552261
Abstract:
A method for determining a location of a wireless transmitting device transmitting a digitally modulated transmitted radio frequency signal. The method comprises, at spaced-apart receivers: generating a received radio frequency signal and including time tags therein responsive to the transmitted radio frequency signal, detecting a destination message signal responsive to the received radio frequency signal, comparing the destination message signal and the received radio frequency signal and determining a time of arrival of the destination message signal responsive to the step of comparing and responsive to the time tags. The method further comprises determining a pairwise time difference of arrival of the received radio frequency signal for two pairs of receivers and determining the location of the device responsive to the pairwise time difference of arrival.

Method And System For Health Monitoring Of An Over The Air Geo-Location System

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US Patent:
20100259448, Oct 14, 2010
Filed:
Apr 9, 2010
Appl. No.:
12/757924
Inventors:
MURAD QAHWASH - ORLANDO FL, US
JOHN McCARTHY - PALM BAY FL, US
DANNY CAUDILL - MELBOURNE FL, US
MICHAEL KEEFE - WEST MELBOURNE FL, US
Assignee:
LOCUS LOCATION SYSTEMS LLC - WEST MELBOURNE FL
International Classification:
G01S 1/24
US Classification:
342387
Abstract:
A method for testing each one of a plurality of receiving sites operative in a time difference of arrival geo-location system. The method comprises determining a theoretical time of arrival of a test message at each receiving site assuming the test message was transmitted from a test message transmitting antenna at a known location; determining a measured time of arrival of the test message at each receiving site, the test message transmitted from the test message transmitting antenna; determining a true time of arrival of the test message at each receiving site, the true time of arrival comprising the measured time of arrival less a start time of the test message; determining a difference between the theoretical and the true times of arrival for each receiving site, wherein the difference for each receiving site is indicative of a health of the receiving site.

Method And System For Analyzing Radio Performance During Over-The-Air Operation

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US Patent:
20140011495, Jan 9, 2014
Filed:
Sep 11, 2013
Appl. No.:
14/024517
Inventors:
Michael Keefe - Melbourne FL, US
Charna Parkey - Melbourne FL, US
Robert Mitchell - Melbourne FL, US
Murad Qahwash - Orlando FL, US
John McCarthy - Palm Bay FL, US
Assignee:
LOCUS LOCATION SYSTEMS, LLC - West Melboume FL
International Classification:
H04B 17/00
US Classification:
455423, 455500
Abstract:
An apparatus for determining operating characteristics of radio-frequency (RF) transmitting devices while the devices are in normal operation transmitting over-the-air RF signals. The apparatus comprises at least one signal sensor for receiving the RF signals, each sensor responsive to the RF signals received at a plurality of antennas or received at a directional antenna, an analyzer for determining signal parameters of received RF signals and for determining operating characteristics of the transmitting devices from the signal parameters, wherein each RF signal includes an identifier of the transmitting device, the apparatus using the identifier to link operating characteristics determined from the RF signals to the transmitting device, and a graphical user interface for displaying the operating characteristics for each transmitting device.

Method And System For Analyzing Radio Performance During Over-The-Air Operation

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US Patent:
20180227780, Aug 9, 2018
Filed:
Mar 26, 2018
Appl. No.:
15/935430
Inventors:
- West Melbourne FL, US
John McCarthy - Palm Bay FL, US
Murad Qahwash - Orlando FL, US
Assignee:
Locus Location Systems, LLC - West Melbourne FL
International Classification:
H04W 24/08
H04B 17/17
Abstract:
An apparatus for determining characteristics of a radio within a communications network includes a radio, RF signal sensor, and analyzer. The radio transmits RF signals and has transmission operating parameters with respective predetermined values defined by a regulatory agency, a manufacturer, a user and a provider, the values having respective thresholds, a unique identifier; and an over-the-air operating mode in which the signals comprise the identifier. The sensor receives the signals from the radio having characteristics correlating with the transmission operating parameters. While the signals are being received during the operating mode, the analyzer measures the signal characteristics and determines health of the radio by analyzing whether the measured characteristics transmitted are within the respective thresholds of the values, and concludes that health is acceptable if the measured characteristics are within the thresholds, and concludes that health is unacceptable if at least one measured characteristic is outside a threshold.

Method And System For Analyzing Radio Performance During Over-The-Air Operation

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US Patent:
20170238202, Aug 17, 2017
Filed:
May 4, 2017
Appl. No.:
15/586349
Inventors:
- Melbourne FL, US
John McCarthy - Palm Bay FL, US
Murad Qahwash - Orlando FL, US
Assignee:
Locus Location Systems, LLC - Melbourne FL
International Classification:
H04W 24/08
H04B 17/17
Abstract:
An apparatus for identifying failed or suspect RF transmitting devices while the devices are in normal operation transmitting over-the-air RF signals, each of the RF transmitting devices including an identifier and being mobile, portable or stationary, includes an RF signal sensor receiving the RF signals and responsive thereto, an analyzer, and a GUI. The analyzer measuring signal parameters and determines operating characteristics of a device therefrom, determining the identifier, if each RF signal conforms to packet structure specifications, and bit-field information of each RF signal to discern therefrom a transmission type, measures RF frequency offset, correlates the bit-field information with the RF frequency offset utilizing the identifier; and repeats the last three steps to determine a range of RF frequency offset deviations over time. The GUI displays the range in a form used to identify an RF frequency offset range of the RF transmitting device.
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Murad Mohammad Qahwash from Orlando, FL, age ~50 Get Report