University Of Toledo Physicians LLCUniversity Toledo Medical Center Pathology 3000 Arlington Ave STE 2280, Toledo, OH 43614 (419)3833469 (phone), (419)3833066 (fax)
Education:
Medical School University of Toledo College of Medicine Graduated: 1985
Languages:
English
Description:
Dr. Booth graduated from the University of Toledo College of Medicine in 1985. He works in Toledo, OH and specializes in Anatomic Pathology & Clinical Pathology. Dr. Booth is affiliated with University Of Toledo Medical Center.
Feb 2014 to 2000 Class A CDL Truck DriverPrime, Inc. Springfield, MO Feb 2012 to Dec 2013 CDL A Truck DriverHome Team Pest Defense Norcross, GA Oct 2005 to Dec 2011 Registered Pest Control Technician
Education:
CDL of Georgia Winder, GA 2012 to 2012 Commercial Drivers License Certification in Driving Safety, Cargo Safety, Air Breaks, Combination Vehicles, Pre/Post Trip Vehicle inspection, Vehicle Control SkillsGwinnett Tech Lawrenceville, GA 1996 GED in Vocational
Avista Hotels Management Group, Sky Resort Orlando, FL 2002 to 2007 GENERAL MANAGERSUBURBAN LODGE, Afco Reality Corp Atlanta, GA 1999 to 2002 LeaderSUBURBAN LODGE, Afco Reality Corp Atlanta, GA 1995 to 1999 GENERAL MANAGER
Education:
Orlando College Orlando Orlando, FL 1990 to 1994 Bachelors of Business AdministrationOrlando College Orlando Orlando, FL 1988 Associates in Marketing
Skills:
Turn around and reengineer under performing business operations . Develop employees and encourage teamwork. Achieve the highest standards for product quality and customer service.
1982 to 2000 Certified X-Ray TechnicianDoctor of Chiropractic Mableton, GA Jun 1988 to Aug 2010 Partner/ Doctor of ChiropracticDoctor of Chiropractic, Turner Clinic Mableton, GA Mar 1983 to Jun 1988Cashens Restaurant Atlanta, GA Sep 1982 to Mar 1983 WaiterDiplomat National Board of Chiropractic Examiners
1982 to 1982 NP-C, and PA-C
Education:
Life University Marietta, GA Sep 1982 to Jun 1983 Pre-ChiropracticLife University Marietta, GA Sep 1979 to Sep 1982 B.S. in Clinical NutritionMacomb College Warren, MI Sep 1978 to Jun 1979Michigan State University East Lansing, MI Sep 1976 to Jun 1978 Pre-Chiropractic
Us Patents
Method And Apparatus For Compressing Hypertext Transfer Protocol (Http) Messages
A method and apparatus for compressing Internet protocol messages, such as HyperText Transport Protocol (HTTP) messages. Codewords ( ) are provided for commonly occurring HTTP data elements, such as request lines, header lines, status lines, or portions thereof, such as method fields, URL fields, version fields, and status codes or messages. The codewords are used to provide a compressed HTTP message with a reduced amount of data relative to ASCII coding. If other data is included with the message, such as an entity body (e. g. , a requested object such as an HTML page), the other data can be coded separately ( ) and recombined ( ) with the codewords for the HTTP data elements. The codewords may have reserved bits for providing specific information about the message. The amount of data that must be communicated, e. g. , to or from a subscriber terminal ( ), is thereby reduced.
Method And Apparatus For Defining, Managing And Distributing Broadcast Names
The Domain Name System (DNS), which has been used for mapping names to Internet Protocol (IP) addresses, is adapted to a broadcast environment, such as a broadband cable or satellite television network. A number of master files are stored on a broadcast name server that define zones of domains in a domain name space, which may include a television-related domain, with sub-domains for different service providers (e. g. , ABC, HBO), and a cable domain, with sub-domains for applications, administrative functions and operating system-functions, e. g. , at a set-top terminal. The television sub-domains may have their own sub-domains. For example, âABCâ may have the sub-domains âNEWSâ, âWEATHERâ, and âSPORTS. â The master files are used to form broadcast resource records, which include an identifier for broadcast services (e. g. , âABCâ) or other data sources, and which are transmitted to end user terminal devices periodically, or in response to a query.
Object And Feature Authorization For Digital Communication Terminals
Robert Charles Booth - Jamison PA Donald Tavoletti - Warrington PA Michael Difiglia - Jenkintown PA
Assignee:
General Instrument Corporation - Horsham PA
International Classification:
G06F 1130
US Classification:
713201, 713200, 709225, 707 9
Abstract:
A system for security and authorization processing in digital terminals. The processing load of a security processor ( ) at the terminal ( ) is reduced by configuring a multiple applications manager (MAM) ( ) to determine if frequently-transmitted application data should be downloaded. The security processor is used by the MAM to build a local virtual application table ( ) that indicates which applications are authorized for downloading. The security processor configures the terminal with an authorization state so that it knows which applications it is authorized to download, i. e. , the applications ( ) whose required authorization state correlate with the terminals configured authorization state. The security processor is accessed when the terminals authorization state changes, or when a required authorization state of an application changes. These events are typically relatively infrequent.
System And Methods For Automatically Selecting, Mapping And Designating Components For Digital Cable Service Distribution Systems
A system and methods are provided for selecting head-end equipment and services for digital cable service distribution systems. Enhancing CATV service capabilities to include digital services can be expensive, especially since design and configuration of head-end equipment requires a great deal of engineering expertise. The invention improves efficiency by providing an automated rule-based system and method to help ease that task. The invention also functions to present the listing of required components in a Bill of Material (BOM) format that could be implemented with customer specific pricing structures to facilitate purchase requisition and order fulfillment. Another function of the invention is to facilitate mapping between an end-user display channel, a terrestrial broadcast frequency, and a satellite communications frequency. The relationship between services, service providers, and the necessary component configurations are presented in an easily recognizable format, referred to as a “Channel Map.” These features are provided by a user-interface that permits channel assignment and configuration tasks to be performed more easily. Although the invention is presented in the context of a networked solution, the rule-based system could just as well be implemented on a single computer system.
Server-Based Software Architecture For Digital Television Terminal
Server software is utilized as a fundamental building block for the software architecture of digital television terminals (DCTs) and related devices (remote clients). For example, a web page may be stored on a digital terminal for access by a user of a client device to request specific actions to be performed or to request information. The client device communicates user requests to the digital terminal, whereupon an appropriate web page is retrieved by the server software and transmitted to and displayed on the client device. The user may subsequently make a selection via the web page, whereupon the client device sends the request back to the digital terminal. The client device can be used, e.g., to request a specific television channel via a web-type interface, in response to which the server software in the terminal will tune an associated television and return a new web page to the client device, indicating that the channel was successfully tuned.
Methods And Apparatus For Integrating One-Way And Two-Way Security Systems To Enable Secure Distribution Of Encrypted Services
The present invention provides methods and apparatus for integrating one-way and two-way security systems to enable secure distribution of services. A decryption device securely receives and decrypts encrypted services from one or more service providers. A consumer device securely communicates with the decryption device. A user interface associated with the consumer device initiates a service request for a requested service from a service provider. In operation, the service request is communicated from the consumer device to the decryption device. The requested service is then acquired by the decryption device as an encrypted requested service. The acquired requested service is then decrypted by the decryption device. The requested service is re-encrypted and securely communicated from the decryption device to the consumer device. The re-encrypted requested service is then decrypted and decoded at the consumer device to provide the requested service.
Methods And Apparatuses For Authorizing Use Of An Information Processing Feature
Robert Booth - Ivyland PA, US Richard Rementilla - San Diego CA, US
International Classification:
H04L 9/32
US Classification:
726027000
Abstract:
A method for authorizing use of an information processing feature (“IPF”) () with an information processing device (“IPD”) (). The method includes receiving a data structure (), which includes a first data portion () having information identifying the IPF, identifying a hash algorithm (), and identifying an access condition () usable to provide a logical reference to one or more feature-enabling criteria (). The data structure also includes a second data portion () having information identifying a hash value. The method further includes accessing the feature-enabling criteria, and applying the hash algorithm to at least part of the information in the first data portion to derive the hash value. Based on the derived hash value, authorization to use the IPF with the IPD is obtained.
Association Of Network Terminals To A Common Account
An arrangement is disclosed for providing an account identifier from a billing system to a controller that is disposed at the headend of a wide area network (“WAN”) that supports a media content distribution service. In illustrative examples, the WAN is a broadband network to which one or more terminal devices such as STBs are coupled. The billing generates a unique household handle (“HHH”), to identify a particular set of STBs that are associated with a subscriber to the service, which is transmitted to the controller. The controller uses the HHH to prepare a terminal association identifier (“TAI”) that is distributed to the associated STBs. An application programming interface (“API”) resident on each STB is arranged to accept input parameters from one or more applications that run on the STB. The input parameter is typically concatenated with the stored TAI and input to a hashing algorithm. The resultant hashed value is returned to an application and is usable as password to secure a local area network to which the STBs are coupled.
Houston, Texas North Jersey, Houston, and Spain Cedar Grove, New Jersey Austin, Texas Pacific Grove, California San Angelo, Texas Ft. Meade, Maryland Monterey, California Laurel, Maryland Bellingham, Washington Caserio Torret, San Luis, Menorca, Spain
Work:
Glazed Over Ceramics - Paint Brush Washer
Education:
University of Texas at Austin - English
About:
Rob Booth from Houston, Texas - Navy Vet, UT and Westfield High School Grad
Tagline:
Navy Vet and UT Grad from Houston, Texas
Robert Booth
Lived:
Deerfield, IL Belle Mead, NJ Streamwood, IL Milwaukee, WI
Work:
Grace Community Bible Church - Internship (2011) Starbucks - Barista (2011-2012)
Education:
Trinity International University - Christian Ministries