| 摘要 |
The present invention relates to a multi-vision virtual system including a multi-vision virtual server and two or more scene clients. The multi-vision virtual server divides received image content into two or more pieces of divided image content depending on its processing capabilities, allocates hardware resources based on the processing capabilities and the number of pieces of divided image content, and produces synchronization production information for synchronizing two or more scene clients and a multi-vision controller producing two or more decoding processing units. The multi-vision virtual server includes a synchronization management unit transmitting produced synchronization production information to one of the two scene clients; and two or more decoding processing units, produced by the multi-vision controller, producing decoded divided images after decoding received two or more divided pieces of image content. [Reference numerals] (AA) Image content; (BB) First VM; (CC) Second VM; (DD) Nth VM; (EE) Regeneration conversion request approval; (FF,II) Decoded divided images; (GG,HH) Synchronization production information; (JJ) Regeneration conversion signal; (KK) First scene client; (LL,NN) Analized synchronization production information; (MM) Second scene client; (OO) Nth scene client |
