ROBERT GONZALEZ
Electrician in Austin, TX
License number
Texas 335353
Expiration Date
Apr 27, 2017
Category
Journeyman Electrician
Address
Address
5617 Siragusa Dr, Austin, TX 78738
Phone
(512) 785-9334
Professional information
9-1-1 Program Director At Commission On State Emergency Communications
Position:
9-1-1 Program Director at Commission on State Emergency Communications
Location:
Austin, Texas Area
Industry:
Government Administration
Work:
Commission on State Emergency Communications
- Austin, Texas since Feb 2013
-
9-1-1 Program Director
Interests:
Cell Phone Sally is the Texas 9-1-1 mascot.
Languages:
English, Spanish
Owner At Beneficial Home Inspections
Position:
Owner at Beneficial Home Inspections
Location:
Austin, Texas Area
Industry:
Real Estate
Work:
Beneficial Home Inspections
-
Owner
Robert Gonzalez
Location:
Austin, Texas Area
Industry:
Computer Software
Skills:
XML
Robert Gonzalez - Austin, TX
Work:
Natural Toxins Research Center
Research Assistant SlickzOT
Owner and founder various restaurants
college student
Research Assistant SlickzOT
Owner and founder various restaurants
college student
Education:
The University of Texas A&M - Kingsville, TX
BS in Biomedical Science
BS in Biomedical Science
Dr. Robert M Gonzalez, Austin TX - MD (Doctor of Medicine)
Specialties:
Emergency Medicine
Address:
Emergency Service Partners
11113 Research Blvd, Austin 78759
(512) 324-6010 (Phone)
Emergency Service Partners
608 N Key Ave, Lampasas 76550
(512) 556-3682 (Phone)
Emergency Services Partners
7900 Fm 1826, Austin 78737
(512) 324-9010 (Phone)
Emergency Service Partners
130 Hays St, Luling 78648
(830) 875-7034 (Phone)
11113 Research Blvd, Austin 78759
(512) 324-6010 (Phone)
Emergency Service Partners
608 N Key Ave, Lampasas 76550
(512) 556-3682 (Phone)
Emergency Services Partners
7900 Fm 1826, Austin 78737
(512) 324-9010 (Phone)
Emergency Service Partners
130 Hays St, Luling 78648
(830) 875-7034 (Phone)
Certifications:
Emergency Medicine, 1999
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
Emergency Service Partners
11113 Research Blvd, Austin 78759
Emergency Service Partners
608 N Key Ave, Lampasas 76550
Emergency Service Partners
130 Hays St, Luling 78648
Emergency Services Partners
7900 Fm 1826, Austin 78737
Metroplex Hospital
2201 South Clear Creek Rd, Killeen 76549
Rollins Brook Community Hospital
608 North Key Ave, Lampasas 76550
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
Seton Medical Center Williamson
201 Seton Pkwy, Round Rock 78665
Seton Northwest Hospital
11113 Research Blvd, Austin 78759
Seton Southwest Hospital
7900 Fm 1826, Austin 78737
11113 Research Blvd, Austin 78759
Emergency Service Partners
608 N Key Ave, Lampasas 76550
Emergency Service Partners
130 Hays St, Luling 78648
Emergency Services Partners
7900 Fm 1826, Austin 78737
Metroplex Hospital
2201 South Clear Creek Rd, Killeen 76549
Rollins Brook Community Hospital
608 North Key Ave, Lampasas 76550
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
Seton Medical Center Williamson
201 Seton Pkwy, Round Rock 78665
Seton Northwest Hospital
11113 Research Blvd, Austin 78759
Seton Southwest Hospital
7900 Fm 1826, Austin 78737
Education:
Medical School
University Of Illinois College Of Medicine Chicago
Graduated: 1993
Maricopa Med Center
Graduated: 1994
Graduated: 1997
University Of Illinois College Of Medicine Chicago
Graduated: 1993
Maricopa Med Center
Graduated: 1994
Graduated: 1997
System For Improving Shape-Based Targeting By Using Interest Level Data
US Patent:
8296180, Oct 23, 2012
Filed:
Aug 26, 2010
Appl. No.:
12/869271
Inventors:
Joseph Epperson - Cary NC, US
Kurt Carlson - Austin TX, US
Christopher Farmer - Austin TX, US
Mark Lowe - Morrisville NC, US
Robert Gonzalez - Austin TX, US
Kurt Carlson - Austin TX, US
Christopher Farmer - Austin TX, US
Mark Lowe - Morrisville NC, US
Robert Gonzalez - Austin TX, US
Assignee:
MaxPoint Interactive, Inc. - Morrisville NC
International Classification:
G06Q 30/00
US Classification:
705 141
Abstract:
A system for improving shape-based targeting by using interest level data is disclosed. According to one embodiment, a computer-implemented method comprises creating one or more trade zones, wherein creating a trade zone comprises grouping a set of parameters to deliver custom shapes, clustering the custom shapes according to offline data and geographic distribution of IP addresses, and mapping clusters of the custom shapes to IP addresses. Data indicating consumption of a content source is received, the content source having a plurality of tokens. The plurality of tokens is organized according to the one or more trade zones, wherein the one or more trade zones consume the tokens at a calculated rate and the calculated rate is analyzed to determine an interest associated with each trade zone. Targeting is based on a selected trade zone, wherein the selected trade zone is selected based upon a desired interest representative of a desired audience. A targeting request is transmitted including instructions or information associated with the target action, and the target action is performed.
Rapid Parameter Passing Between Multiple Program Portions For Efficient Procedural Interaction With Minimum Calls And/Or Call Backs
US Patent:
6862600, Mar 1, 2005
Filed:
May 22, 2001
Appl. No.:
09/863809
Inventors:
John F. Croix - Austin TX, US
Robert Gonzalez - Austin TX, US
Robert Gonzalez - Austin TX, US
Assignee:
Silicon Metrics Corporation - Austin TX
International Classification:
G06F017/00
US Classification:
707101, 707102, 709212, 709213, 709214
Abstract:
Systems and methods are described for rapid parameter passing. A method includes enumerating a set of parameters; providing an indication in a first set of arrays of whether to acquire from first program portion information associated with one or more parameters of the set of parameters, in response to a second program portion issuing a query t a third program portion for identifying the one or more parameters; populating a second et of arrays in an image of the first set of arrays with the information received from the first program portion associated with the one or more parameters, in response to a request from the second program portion; evaluating the third program portion by utilizing the information associated with the one or more parameters from the second set of arrays to derive an output from the third program portion for return to the second program portion; and conveying the output second program portion to the first program portion.