TERM MUSASHI COMMONLY

Brand Owner Address Description
MUSASHI Square Co. Ltd. Arco Tower 1-8-1 Shimomeguro Meguro-Ku Tokyo 153 Japan The term MUSASHI is commonly known in Japan as the first name of Miyamoto Musashi, a legendary swordsman who is often depicted in Japanese stories, dramas and movies.;Games, playthings, gymnastic and sporting articles, namely stand alone video game machines; bean bag games; board games; card games; Christmas tree ornaments; Christmas tree skirts; dart guns; dolls; toy radio-controlled vehicles; hand-held units for playing electronic games; electronic game equipment for playing video games, electronic game equipment with watch/clock function and game cabinets and cases for storage sold together as a unit; inflatable punching toys with weighted bases; non-electronic board games; non-electronic hand-held games; video game joysticks; plush dolls; ring-toss games; flying disks; stuffed toy animals; action-type target games; toss and catch games; toy balloons; toy banks; toy binoculars; toy bowling set consisting of balls, pins, alleys and scoreboards; toy guns; toy wind socks; toy figures and yo-yos;
 

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

    
Technical Examples
  1. A turbo decoder employs max* term or max term maximum a priori (MAP) decoding of received, encoded data. Initially, MAP decoding is iterative and employs max* term computation of log-likelihood values at each iteration. Max* term computation includes computation of a max term and a logarithmic correction term. A bypass algorithm switches from max* term computation to only max term computation in later iterations with little or no degradation in decoder performance. The iteration selected for switching may be based on increasing intrinsic signal-to-noise ratio (SNR) of the iterative MAP decoding. Since, in general, fewer computations are required for max term computation than for max* term computation, switching between max* and max allows for reduced power consumption of a particular decoder implementation.