ORGANIZING ARRANGING AMATEUR INTERNATIONAL

Brand Owner (click to sort) Address Description
1990 GOODWILL GAMES GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;1990 GOOD WILL GAMES;1990 AND GAMES;
GOODWILL GAMES GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;TELECASTING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;GAMES;
NY 98 GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 organizing and arranging amateur international sports competitions, including track and field events, swimming, soccer, gymnastics, volleyball, cycling, rowing, tennis, weight lifting, equestrian events, boating events, archery, baseball, diving, water polo and volleyball;NY;
SEATTLE '90 GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;
SEATTLE '90 GOODWILL GAMES GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;SEATTLE '90 AND GAMES;
SEATTLE '90 GOODWILL GAMES UNITING THE WORLD'S BEST GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;SEATTLE '90 AND GAMES;
UNITING THE WORLD'S BEST GOODWILL GAMES, INC. c/o Turner Entertainment Group, Inc. 101 Marietta St., N.W., 19th Floor Atlanta GA 303032774 ORGANIZING AND ARRANGING AMATEUR INTERNATIONAL SPORTS COMPETITIONS;
 

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

    
Technical Examples
  1. An apparatus uses a "self-organizing" method to eliminate or at least partially compensate for undesired or unexpected threshold errors encountered in analog-to-digital conversions. The self-organizing feature results in a relatively good, such as an optimal, spacing of a plurality of comparator thresholds even in the presence of relatively large comparator offsets, reference offsets, or other system offsets. Advantageously, the self-organizing techniques can be used without a special starting point for the thresholds. The self-organizing techniques can be used applied to at least portions of any analog-to-digital converter ADC that uses comparators, such as flash ADCs, pipeline ADCs, and sub-ranging ADCs.