SUBSCRIPTION AUDIO VIDEO BROADCASTING

Brand Owner (click to sort) Address Description
GLOW RADIO Kalamoutsos, Panagiotis c/o Law Offices of Kurosh Nasseri PLLC 3207A M Street NW Third Floor Washington DC 20007 subscription audio and video broadcasting via a global computer network; audio and video broadcasting, namely, broadcasting live and prerecorded music and entertainment-related audio and video via a global computer network; streaming of audio and video content via a global computer network; radio program broadcasting;RADIO;
NAPSTER.FM NAPSTER.FM 2041 GALLOWS TREE COURT VIENNA VA 22182 Subscription audio and video broadcasting via electronic communication networks, local and global computer networks and wireless communication networks; audio broadcasting, namely, broadcasting music, concerts, and radio programs via electronic communication networks, local and global computer networks and wireless communication networks; streaming of audio content via electronic communication networks, local and global computer networks and wireless communication networks; webcasting services; providing on-line chat rooms and electronic bulletin boards for transmission of messages, and audio and video playlists among users;NAPSTER;
NAPSTER.FM Lester, Ryan 2041 Gallows Tree Ct. Vienna VA 22182 Subscription audio and video broadcasting via electronic communication networks, local and global computer networks and wireless communication networks; audio broadcasting, namely, broadcasting music, concerts, and radio programs via electronic communication networks, local and global computer networks and wireless communication networks; streaming of audio content via electronic communication networks, local and global computer networks and wireless communication networks; webcasting services; providing on-line chat rooms and electronic bulletin boards for transmission of messages, and audio and video playlists among users;NAPSTER;
 

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

   
Technical Examples
  1. The broadcasting tower selecting method for selecting one broadcasting tower out of a plurality of broadcasting towers each being able to transmit together broadcast waves on a plurality of channels that can be received in an area, including: a first step of judging an existence or not of the channels that can be received in the area; a second step of extracting, based on a result from the judgment in the first step, one or more broadcasting towers that can provide all channels being receivable in the area out of the plurality of the broadcasting towers; and a third step of selecting one arbitrary broadcasting tower out of the extracted one or more broadcasting towers. Thus, it is possible to select automatically, with an easy operation, a broadcasting tower that can provide best video and audio quality, out of a plurality of broadcasting towers.