FAST BUY

Brand Owner (click to sort) Address Description
FAST BUY! SOUNDSTONE ENTERTAINMENT, INC. 120 Beacon Street, Suite 301 Somerville MA 02143 FAST BUY;retail on-line ordering services featuring computerized billing in the field of pre-recorded music compact discs, audio cassettes and albums;
FASTBUY Los Angeles Auto Salvage, Inc. 7245 Laurel Canyon Boulevard North Hollywood CA 91605 FAST BUY;providing an appraisal of severely damaged vehicles from a database of similar vehicle types previously sold by applicant to uninsured motorists and/or motorists that are insured without collision coverage as a means for applicant to buy their damaged vehicles at a fair market price;
FASTBUY United Launch Alliance 9501 East Panorama Circle Centennial CO 80112 FAST BUY;Providing an online non-downloadable interactive computer software program to allow customers to procure and configure aerospace goods and services; computer services, namely, providing an interactive web site featuring non-downloadable software that allows users to configure, contract price, and negotiate and procure space launch services; providing a secure, web-based service featuring non-downloadable software that enables customers and students to remotely input data to determine space launch service capabilities; providing temporary use of a web-based software application for use in determining customer specific space launch vehicle configuration, price, manifest availability, model contract creation and additional sales support; providing a web site featuring non-downloadable software that enables customers to create profiles and choose and manage space launch contracts and services;
 

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

    
Technical Examples
  1. A fast optical switch is needed to realize an economical and scaleable optical-core network. In the disclosed optical switch, switching is effected by rapid wavelength conversion. Either channel switching, Time Division Multiplex (TDM) switching or both may be provided by the fast optical switch. The operation of the fast optical switch is enabled by a fast scheduler. The throughput of the optical switch may be increased through a process of bimodal pipelined connection-packing. An in-band exchange of control signals with external nodes may serve to minimize the control overhead. Such control signals may include time-locking signals and connection-requests. A modular structure may be configured to comprise several fast optical switches to yield a high-speed, high-capacity, fully-connected optical switch.