COMPUTER SOFTWARE REPAIR

Brand Owner (click to sort) Address Description
CDQS XEROX CORPORATION 201 MERRITT 7 NORWALK CT 068511056 Computer software for repair and maintenance of office equipment, namely photocopiers, printers, scanners, and facsimile machines;Repair and maintenance of office equipment, namely photocopiers, printers, scanners, and facsimile machines, aided by the use of specialized software;
DIAGNOSTIC NAVIGATOR XEROX CORPORATION 201 MERRITT 7 NORWALK CT 068511056 Computer software for repair and maintenance of printers, copiers, scanners, and facsimile machines;DIAGNOSTIC;
TEAMREPAIR Teamsoft, Inc. 5633 Monkland Avenue, Suite 200 Montreal H4A 1E2 Canada computer software for repair and maintenance of personal computer software for personal and office calendars and business schedules;TEAM REPAIR;
TRAKKA Dingo Software Pty Ltd. 6970 South Holly Circle, Suite 200 Centennial CO 80112 Computer software for repair and maintenance of industrial plant equipment, tools, and machinery, and parts and components related thereto, for the mining, primary metals, aerospace, pulp and paper, chemical, gas and oil, transport, power generation, utilities and steel industries; Computer software for improving the quality and efficiency of equipment repair and maintenance services for the mining, aerospace, pulp and paper, chemical, gas and oil, transport, power generation, utilities and steel industries, and manuals relating thereto sold as a unit;computerized file management; wholesale and retail store services featuring computer software and hardware and scientific and technological equipment;Rental of computer software; computer programming and software design; consultancy services in the field of computer technology and computer maintenance management; software implementation;
 

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

    
Technical Examples
  1. The present invention describes a method and system for creating a cluster availability model that takes into account availabilities of software components in the cluster. Aspects of the disclosure include defining a repair model and failure parameters for a repair mode in the repair model, and modeling availabilities of software components based on the repair mode and failure parameters. Additional aspects include combining availability models of software components in a computationally feasible manner and determining repair rates of node and cluster reboots. A cluster availability model is determined using the combined availability models of software components and the repair rates of node and cluster reboots.