BOAT ROVER

Brand Owner (click to sort) Address Description
BOATROVER Home, Mark J. 4810 NE 18th Terrace Fort Lauderdale FL 33308 BOAT ROVER;Data base services; Internet services; chat-line services; providing information online regarding the goods and services of others; hosting, providing, spyder technology to find information products and services, maintaining, designing and creating websites for others; promoting the goods and services of others online, in print and other ways; providing online links to commercial, retail and informational websites of other companies and individuals websites; providing search engines for obtaining data on a global computer network; online retail, wholesale and catalog services; online electronic bulletin boards; entertainment services; animated character; consulting services; testing services; fishing, boating, scuba and related water activity goods and services;
BOATROVER Horne, Mark J. 4995 Hidden Oaks Lane Sarasota FL 34232 BOAT ROVER;Computer services, namely, creating indexes of information, sites, and other resources available on computer networks for others; searching and retrieving information, sites, and other resources available on computer networks for others; computer services, namely, providing search engines for obtaining data on a global computer network; providing an online link to a variety of subjects such as entertainment, lifestyle, employment, finance, technology, travel and other general areas of information;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method and apparatus for resolving floating point and integer ambiguities in a satellite position navigation system is disclosed. A rover station is periodically positioned at unknown locations and has a satellite receiver capable of receiving the navigation signals. By calculating relative position coordinates between a base station in a known location and the rover station, and by calculating other position parameters relative to the satellite position, a geometric constraint based on a measured elevation angle between the rover and base station can be incorporated into data computations and processing to help resolve carrier phase ambiguities. The elevation angle is measured by transmitting multiple laser beams to an optical sensor on the rover station. This technique results in greater precision in determining the location of the rover.