SYSTEMS COMPRISED COMPUTING PROCESSORS

Brand Owner Address Description
BARTERSECURITIES Himmelstein, Richard B. PO Box 8946 0134 Four O'clock Run Road Breckenridge CO 80424 Systems comprised of computing processors, interface for connecting with global and closed information networks and software for arranging and coordinating the exchange or sale of financial interests, namely, stock, foreign or domestic currencies, CD's, bonds, notes, Option Put, Option Call, Commodities/Futures, Annuities, Muni Bonds, Government Bonds, Funds, Strips Zero Coupon Treasuries, mortgages, Reits, securitization or similar instruments Unit Investment Trust, Treasury Bills and any future created or defined financial interests, commodity or commodity money via local and global computer networks;BARTER SECURITIES;Arranging and coordinating the exchange or sale of financial interests, namely, stock, foreign or domestic currencies, CD's, bonds, notes, Option Put, Option Call, Commodities/Futures, Annuities, Muni Bonds, Government Bonds, Funds, Strips Zero Coupon Treasuries, mortgages, Reits, securities or similar securitization instruments, Unit Investment Trust, Treasury Bills and any future created or defined financial interests, commodity or commodity money;
 

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

    
Technical Examples
  1. Embodiments of the systems and methods provide the superior performance of high-speed distributed processing in a clustered system environment. The distributed computing system stores data tables or distributes jobs or tasks on multiple processors that execute on one or more nodes. For the case of multiple nodes, the nodes communicate over an inter-nodal communication link, for example, via a proprietary communication protocol, or alternatively via a standard protocol such as SQL database command protocol. By distributing the data storage and task processing over a potentially large number of processors and nodes, the distributed computing system returns processing results to the requestor in significantly reduced times as compared to conventional computing systems.