Jon Graham Stanford

age ~70

from New Sharon, IA

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Also known as:

Jon G Stanford
Jon Stanford Graham
John G Stanford

Phone and address:: 1537 155Th St, Taintor, IA 50207
319 431-5744

Connected to:

Jon Stanford Phones & Addresses

1537 155Th St, New Sharon, IA 50207 • 319 431-5744
3202 75Th St, Norway, IA 52318 • 972 783-8578
Cedar Rapids, IA
630 Ridgedale Dr, Richardson, TX 75080 • 972 414-6516 • 972 783-8578
126 Collin Ct, Prosper, TX 75078 • 972 562-8634
McKinney, TX
Lubbock, TX
Garland, TX

Medicine Doctors

Jon Stanford

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Specialties:

General Surgery

Work:

Tanner Medical GroupCarrollton Surgical Group
157 Clinic Ave STE 302, Carrollton, GA 30117
770 537-4702 (phone), 770 832-2331 (fax)

Tanner Medical GroupCarrollton Surgical Group
204 Allen Memorial Dr STE 101, Bremen, GA 30110
770 537-4702 (phone), 770 832-2331 (fax)

Tanner Medical GroupCarrollton Surgical Group
690 Dallas Hwy STE 207A, Villa Rica, GA 30180
770 456-3646 (phone), 770 456-3647 (fax)

Education:

Medical School
Ohio State University College of Medicine
Graduated: 1996

Procedures:

Gallbladder Removal
Hallux Valgus Repair
Hernia Repair
Laparoscopic Appendectomy
Laparoscopic Gallbladder Removal
Proctosigmoidoscopy
Sigmoidoscopy
Small Bowel Resection
Spleen Surgey
Upper Gastrointestinal Endoscopy
Varicose Vein Procedures
Appendectomy
Breast Biopsy
Destruction of Lesions on the Anus
Hemorrhoid Procedures
Mastectomy
Pilonidal Cyst Excision
Skin Tags Removal
Thyroid Gland Removal

Conditions:

Abdominal Hernia
Cholelethiasis or Cholecystitis
Intestinal Obstruction
Varicose Veins
Ventral Hernia

Languages:

English

Description:

Dr. Stanford graduated from the Ohio State University College of Medicine in 1996. He works in Villa Rica, GA and 2 other locations and specializes in General Surgery. Dr. Stanford is affiliated with Tanner Medical Center Carrollton and Tanner Medical Center Villa Rica.

Us Patents

High Bandwidth Data Transport System
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US Patent:

7944978, May 17, 2011
Filed:

Oct 31, 2007
Appl. No.:

11/932365
Inventors:

Philip T. Kennedy - Cedar Rapids IA, US
Joseph A. Gerke - Cedar Rapids IA, US
David M. Snyder - Cedar Rapids IA, US
Jon G. Stanford - Norway IA, US
Gregory P. Probst - Iowa City IA, US
Assignee:

Lightwaves Systems, Inc. - Cedar Rapids IA
International Classification:

H04B 3/00
US Classification:

375257, 375130
Abstract:

Preparing data for transmission includes determining bit loading per frequency bin based on channel estimation data to create a data symbol, performing a Fast Fourier Transform (FFT) on the interleaved data symbol array, mapping FFT data output sub-channel to a frequency bin to provide frequency mapped data, and performing an Inverse Fast Fourier Transform (IFFT) on the frequency mapped data to provide IFFT frequency mapped data suitable for transmission using one-dimensional amplitude modulated ultra wideband impulses representing the IFFT frequency mapped data. To recover the data a reverse process is used.

High Bandwidth Data Transport System
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US Patent:

7944979, May 17, 2011
Filed:

Jun 19, 2008
Appl. No.:

12/141973
Inventors:

Philip T. Kennedy - Cedar Rapids IA, US
Bruce D. Melick - Cedar Rapids IA, US
David M. Snyder - Cedar Rapids IA, US
Leslie D. Baych - Robins IA, US
Gregory P. Probst - Iowa City IA, US
Joseph A. Gerke - Cedar Rapids IA, US
Jon G. Stanford - Norway IA, US
Assignee:

Lightwaves Systems, Inc. - Cedar Rapids IA
International Classification:

H04L 27/00
US Classification:

375259, 375219, 375256, 375260
Abstract:

The present invention provides for a methods, system, and apparatus relating to data transmission. One method of the present invention includes representing data using at least one ultra wideband pulse, sending the at least one ultra wideband pulse over an electrically conductive guided media, and recovering the data from the at least one ultra wideband pulse. The present invention can be used in conjunction with telephony applications, cable TV applications, power line applications, fiber optic applications, and data bus applications.

High Bandwidth Data Transport System
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US Patent:

8229007, Jul 24, 2012
Filed:

Apr 5, 2011
Appl. No.:

13/080020
Inventors:

Philip T. Kennedy - Cedar Rapids IA, US
Bruce D. Melick - Cedar Rapids IA, US
David M. Snyder - Cedar Rapids IA, US
Leslie D. Baych - Cedar Rapids IA, US
Gregory P. Probst - Iowa City IA, US
Joseph A. Gerke - Ely IA, US
Jon G. Stanford - Norway IA, US
Assignee:

Lightwaves Systems, Inc. - Cedar Rapids IA
International Classification:

H04L 27/00
US Classification:

375259, 375256, 375260, 375353
Abstract:

The present invention provides for a methods, system, and apparatus relating to data transmission. One method of the present invention includes representing data using at least one ultra wideband pulse, sending the at least one ultra wideband pulse over an electrically conductive guided media, and recovering the data from the at least one ultra wideband pulse. The present invention can be used in conjunction with telephony applications, cable TV applications, power line applications, fiber optic applications, and data bus applications.

High Bandwidth Data Transport System
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US Patent:

8345778, Jan 1, 2013
Filed:

Oct 31, 2007
Appl. No.:

11/932254
Inventors:

Philip T. Kennedy - Cedar Rapid IA, US
Joseph A. Gerke - Cedar Rapids IA, US
David M. Snyder - Cedar Rapids IA, US
Jon G. Stanford - Norway IA, US
Xuejie Song - Cedar Rapids IA, US
Gregory P. Probst - Iowa City IA, US
Assignee:

Lightwaves Systems, Inc. - Cedar Rapids IA
International Classification:

H04B 3/00
US Classification:

375257, 375130
Abstract:

A method of data transmission includes representing data using at least one amplitude modulated impulse based on an ultra wideband impulse, sending the at least one impulse over an electrically conductive guided media, receiving the at least one impulse over the electrically conductive guided media, recovering the data from the at least one amplitude modulated impulse after receiving the at least one impulse over the electrically conductive guided media. The at least one impulse coexists on the electrically conductive guided media with wave based transmissions sent over the electrically conductive guided media.

High Bandwidth Data Transport System
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US Patent:

8451879, May 28, 2013
Filed:

Oct 31, 2007
Appl. No.:

11/932459
Inventors:

Philip T. Kennedy - Cedar Rapids IA, US
Joseph A. Gerke - Ely IA, US
David M. Snyder - Cedar Rapids IA, US
Jon G. Stanford - Norway IA, US
Xuejie Song - Cedar Rapids IA, US
Gregory P. Probst - Iowa City IA, US
Assignee:

Lightwaves Systems, Inc. - Cedar Rapids IA
International Classification:

H04B 1/00
US Classification:

375130, 375257
Abstract:

A device for sending and receiving ultra wideband communications over a guided medium includes a line interface configured for electrical communication to the guided medium and adapted for interfacing with the guided medium, an ultra wideband impulse transmitter electrically connected to the line interface for transmitting amplitude modulated ultra wideband impulses over the guided medium, and an ultra wideband receiver electrically connected to the line interface for receiving amplitude modulated ultra wideband impulses over the guided medium.

High Bandwidth Data Transport System
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US Patent:

20100329247, Dec 30, 2010
Filed:

Oct 31, 2007
Appl. No.:

11/932841
Inventors:

PHILIP T. KENNEDY - Cedar Rapids IA, US
JOSEPH A. GERKE - Cedar Rapids IA, US
DAVID M. SNYDER - Cedar Rapids IA, US
JON G. STANFORD - Norway IA, US
XUEJIE SONG - Cedar Rapids IA, US
Assignee:

LIGHTWAVES SYSTEMS, INC. - Cedar Rapids IA
International Classification:

H04L 12/56
H04L 27/00
US Classification:

370389, 375259
Abstract:

A method for data transmission includes representing data using at least one impulse based on a ultra wideband impulse, sending the at least one impulse over an electrically conductive guided media, receiving the at least one impulse over the electrically conductive guided media, recovering the data encoded in the at least one impulse after receiving the at least one impulse over the electrically conductive guided media, storing individual bytes of the data recovered from said ultra wideband impulse signals in selectable memory locations of a plurality of buffer memories, each buffer memory for storing a plurality of said bytes, adding header data to outputs of said buffer memories and forming a plurality of variable length packets, and transmitting said plurality of packets in ultra wideband impulse output signals.

System And Method For Beam-Steering Using A Reference Signal Feedback
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US Patent:

6453084, Sep 17, 2002
Filed:

Jan 17, 2000
Appl. No.:

09/483742
Inventors:

Jon G. Stanford - Garland TX
Chris Karaguleff - Austin TX
Assignee:

Optical Switch Corporation - Richardson TX
International Classification:

G02B 600
US Classification:

385 18
Abstract:

A system for processing an optical signal includes a reflector that reflects an input optical signal to a selected one of a number of output waveguides and reflects a reference optical signal associated with the input optical signal. A detector detects a position coordinate of the reference optical signal. A memory coupled to the detector stores an expected position coordinate for the reference optical signal. A controller coupled to the memory generates a control signal based upon the position coordinate detected by the detector and the expected position coordinate stored in the memory. An actuator coupled to the reflector positions the reflector in response to the control signal.

Systems And Methods For Determining Operator Location To Ensure Approved Operation Of Work Machines
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US Patent:

20190331761, Oct 31, 2019
Filed:

Jun 14, 2017
Appl. No.:

16/310337
Inventors:

- Pella IA, US
Christopher Simmons - Pella IA, US
Jon Stanford - New Sharon IA, US
Tenny Hinshaw - Kellog IA, US
International Classification:

G01S 5/16
G01S 5/00
E02F 9/26
E02F 9/20
E02F 9/24
G08C 23/04
Abstract:

A system for determining a location of a work machine operator relative to a work machine comprises a machine controller, a radio frequency receiver, and an infrared transmitter unit. The unit comprises a plurality of infrared transmitters configured to generate infrared signals that collectively divide a 360-degree area around the infrared transmitter unit into a plurality of zones. A remote controller remote from the work machine, which comprises a radio frequency transceiver and an infrared receiver, is configured to receive the infrared signal generated by at least one of the plurality of infrared transmitters. The remote controller has a computer system which is configured to decode information within the one or more infrared signals to determine whether the operator is in an approved zone. The computer system enables the radio frequency transceiver to communicate with the radio frequency receiver upon determining that the operator is in the approved zone.