JOHN F HOWARD
Vehicle Board in Fort Worth, TX

License number
Pennsylvania VR002648L
Category
Vehicle Board
Type
Vehicle Representative
Address
Address 2
Fort Worth, TX 76132
Pennsylvania

Personal information

See more information about JOHN F HOWARD at radaris.com
Name
Address
Phone
John Howard, age 90
507 Windsor Glen Dr, Katy, TX 77450
(281) 960-1447
John Howard
504 N Andrews Ave, Sherman, TX 75090
John Howard, age 62
5016 San Marcus Dr, Mesquite, TX 75150
(972) 613-5634
John Howard, age 79
503 Saddlehorn Dr, Dripping Springs, TX 78620
John Howard
521 Orchard Dr, Whitehall, PA 18052

Professional information

See more information about JOHN F HOWARD at trustoria.com
John Howard Photo 1
Environmental Science Major With Ehs Focus

Environmental Science Major With Ehs Focus

Location:
Dallas/Fort Worth Area
Industry:
Environmental Services
Work:
Alcon Laboratories, Inc. - Fort Worth, TX Jul 2012 - Jan 2013 - HSE Intern Texas Christian University Jun 2006 - Feb 2011 - Hazardous Materials Safety Coordinator
Education:
Texas Christian University 2006 - 2013
B.S., Environmental Science, Chemistry
Naval Nuclear Power Training Command 2001 - 2002
Interests:
Entomology, Hiking, Guitar, Soils


John Howard Photo 2
Staff Physical Therapist At Ben Hogan Sports Medicine

Staff Physical Therapist At Ben Hogan Sports Medicine

Position:
Staff Physical Therapist at Ben Hogan Sports Medicine
Location:
Fort Worth, Texas
Industry:
Health, Wellness and Fitness
Work:
Ben Hogan Sports Medicine - Keller, TX since Jun 2011 - Staff Physical Therapist
Education:
University of Oklahoma Health Sciences Center 2008 - 2011
Doctorate, Physical Therapy


John Howard Photo 3
System And Method For Performing Flood Zone Certifications

System And Method For Performing Flood Zone Certifications

US Patent:
6678615, Jan 13, 2004
Filed:
Apr 23, 2002
Appl. No.:
10/127511
Inventors:
John Willard Howard - North Richland Hills TX
Dan Martin Scott - Irving TX
Darin Wayne Higgins - Forth Worth TX
Assignee:
SourceProse Corporation - Watauga TX
International Classification:
G01V 338
US Classification:
702 5, 701200
Abstract:
A method, system and apparatus for evaluating a characteristic or trait present at a geographic location in a plurality of non-georeferenced maps. In operation, the method comprises constructing a virtual bounding box around each inset of the maps, and then defining a virtual rectangular geographic grid system covering the total area covered by the maps. For each grid rectangle that intersects an inset bounding box, tracing the inset enclosed by the bounding box to determine if there is intersection of the grid rectangle and the inset. If there is intersection of a grid rectangle and an inset, adding the identity of the inset to a list associated with the grid rectangle, geocoding the location of the geographic location, and examining the insets contained in the list associated with the one grid rectangle containing the geocoded location, and performing the evaluation.


John Howard Photo 4
System And Method For Performing Flood Zone Certifications

System And Method For Performing Flood Zone Certifications

US Patent:
6631326, Oct 7, 2003
Filed:
Mar 29, 2000
Appl. No.:
09/537161
Inventors:
John Willard Howard - North Richland Hills TX
Dan Martin Scott - Irving TX
Darin Wayne Higgins - Fort Worth TX
Assignee:
SourceProse Corporation - Watauga TX
International Classification:
G01L 126
US Classification:
702 5, 702 34
Abstract:
A system and method for performing flood zone determinations using scanned, georeferenced, digital raster map images. The user, to determine the flood zone classification of a particular property, first enters the street address, or full legal address, into a data processing system. The system determines, from the address, which raster map includes that particular property. The system retrieves that map, and utilizes georeferencing information to locate the property on the raster map. The user can visually verify the location of the property as marked on the displayed raster map, and can at that point examine the flood zone indications on the raster map. Further, the system can compare the geographic coordinates of the property against a database of flood zone boundaries for an automated flood zone determination. The system can also generate, store, and produce flood zone certificates according to the flood zone determination.


John Howard Photo 5
Methods Of Marketing Summary Maps Depicting The Location Of Real Property And Certain Traits In The Vicinity Thereof

Methods Of Marketing Summary Maps Depicting The Location Of Real Property And Certain Traits In The Vicinity Thereof

US Patent:
2002014, Oct 10, 2002
Filed:
Apr 10, 2002
Appl. No.:
10/119563
Inventors:
Robert Kennard - Dallas TX, US
John Howard - North Richland Hills TX, US
International Classification:
G06F017/60, G09G005/00
US Classification:
705/001000, 345/634000
Abstract:
A computer-implemented method permits the furnishing to a customer of a summary map delineating thereon the site of real property and some trait at the site and in the vicinity of the site. First, the property is located on a georeferenced map showing the trait. The georeferenced map is one of a continuum or matrix of maps, all of which show the trait. Once the site is located, a portion of the georeferenced map with the site generally centrally located thereon is stored and sent to the customer. If the foregoing map portion would otherwise contain some blank areas because the site is near a corner or boundary of the second map, portions of adjoining maps are included in the summary map to preclude this. The summary map ultimately stored and transmitted—whether a portion of the georeferenced map or portions of thegeoreferenced map and maps adjoining it—may be scaled up or down from the scale of the georeferenced map and/or rotated to present North in a selected orientation. Further, the summary map may show property markers, boundary lines, and other indicia., as well as a compass rose and a scale legend. The georeferenced map may be a FEMA flood map, and, where the summary map comprises portions of several adjacent FEMA flood maps, the map panel designation and suffix, panel effective date, community name, county name, etc. of the georeferenced map containing the site may be appended. The summary map transmitted to the customer is often a part of a report covering matters such as acquiring or dropping flood insurance, mortgagor/mortgagee information, a properrty appraisal report, an inspection report, an addendum to a previous flood hazard determination, an agreement/contract to purchase realty, a Floodscape™ report, an insurance quotation/solicitation letter, a Realtor® marketing brochure, and similar matters.


John Howard Photo 6
Methods Of Marketing Maps Depicting The Location Of Real Property And Geographic Characteristics In The Vicinity Thereof

Methods Of Marketing Maps Depicting The Location Of Real Property And Geographic Characteristics In The Vicinity Thereof

US Patent:
2002014, Oct 10, 2002
Filed:
Apr 8, 2002
Appl. No.:
10/118507
Inventors:
Robert Kennard - Dallas TX, US
John Howard - North Richland Hills TX, US
International Classification:
G06F017/60, G09G005/00
US Classification:
345/634000, 705/001000
Abstract:
A computer-implemented method permits a service provider to provide to a customer a map that accurately depicts a selected trait present at the site of and in the vicinity of selected real property. The trait may relate to flooding characteristics, air quality, median income, average home value, or other qualities at and near the site, and the map may emanate from, and be subject to change by, an issuing entity, such as FEMA, EPA, a multiple listing service, a bank or other such entity. The service provider electronically obtains the location of the site on a georeferenced street or similar first map. By electronically relating the first map to a second georeferenced map that depicts the trait, the site is located on the second map, which may thereafter be electronically stored and furnished to the customer, along with certain information regarding the trait or other matters, such as advertising or demographics. Following a change to the second map, the service provider georeferences the changed map, electronically locates the site thereon, and furnishes same to the customer along with information such as that informing of the consequences of the change or other matters.


John Howard Photo 7
System And Method For Performing Flood Zone Certifications

System And Method For Performing Flood Zone Certifications

US Patent:
2001003, Oct 18, 2001
Filed:
Mar 29, 2001
Appl. No.:
09/821388
Inventors:
John Howard - North Richland Hills TX, US
Dan Scott - Irving TX, US
Darin Higgins - Fort Worth TX, US
International Classification:
G06F169/00
US Classification:
702/002000
Abstract:
A system and method for performing flood zone determinations using scanned, georeferenced, digital raster map images. The user, to determine the flood zone classification of a particular property, first enters the street address, or full legal address, into a data processing system. The system determines, from the address, which raster map includes that particular property. The system retrieves that map, and utilizes georeferencing information to locate the property on the raster map. The user can visually verify the location of the property as marked on the displayed raster map, and can at that point examine the flood zone indications on the raster map. Further, the system can compare the geographic coordinates of the property against a data base of flood zone boundaries for an automated flood zone determination. The system can also generate, store, and produce flood zone certificates according to the flood zone determination.


John Howard Photo 8
System And Method For Performing Flood Zone Certifications

System And Method For Performing Flood Zone Certifications

US Patent:
6842698, Jan 11, 2005
Filed:
Oct 10, 2003
Appl. No.:
10/682491
Inventors:
John Willard Howard - North Richland Hills TX, US
Dan Martin Scott - Irving TX, US
Darin Wayne Higgins - Fort Worth TX, US
Assignee:
SourceProse Corporation - Watauga TX
International Classification:
G01L 126
US Classification:
702 5, 702 34, 701200
Abstract:
After FEMA flood maps are scanned and converted to raster maps on a computer system, they are georeferenced. The georeferenced raster maps are stored on the system. Map inset polygons are surrounded by a virtual bounding box and a determination is made whether each grid rectangle intersects any bounding box. For each such intersection, the relevant inset polygon is traced to determine if it actually intersects the grid rectangle. If there is such intersection, the inset polygon is added to a list attached to the grid rectangle. At the end of the process, the list for each grid rectangle identifies each inset polygon intersected thereby. When an address of a property subject to a flood zone determination is entered into the system and geocoded, the grid rectangle containing the address is immediately called up. If only one inset polygon is on the list, it is used to make the flood determination. If more than one inset polygon is on the list, the various polygons are examined to determine which one is appropriate for making the flood determination, which is then made.


John Howard Photo 9
System And Method For Performing Flood Zone Certifications

System And Method For Performing Flood Zone Certifications

US Patent:
2001003, Oct 25, 2001
Filed:
Mar 29, 2001
Appl. No.:
09/821171
Inventors:
John Howard - North Richland Hills TX, US
Dan Scott - Irving TX, US
Darin Higgins - Fort Worth TX, US
International Classification:
G06F019/00
US Classification:
702/005000
Abstract:
A system and method for performing flood zone determinations using scanned, georeferenced, digital raster map images. The user, to determine the flood zone classification of a particular property, first enters the street address, or full legal address, into a data processing system. The system determines, from the address, which raster map includes that particular property. The system retrieves that map, and utilizes georeferencing information to locate the property on the raster map. The user can visually verify the location of the property as marked on the displayed raster map, and can at that point examine the flood zone indications on the raster map. Further, the system can compare the geographic coordinates of the property against a data base of flood zone boundaries for an automated flood zone determination. The system can also generate, store, and produce flood zone certificates according to the flood zone determination.