Method for efficiently selecting user communication base stations in relay cellular network
A cellular network and communication base station technology, applied in wireless communication, network traffic/resource management, advanced technology, etc., can solve complex problems
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[0056] Such as figure 1 As shown, taking the cellular network as an example, the system has a main base station, a half-duplex, decoding and forwarding relay, and users are evenly distributed in the cellular network. The coverage ranges of the main base station and the relay are 1000 meters and 300 meters respectively, and the distance between the two base stations is 700 meters. If the user is within the coverage of the relay, the user can communicate with the relay or directly with the main base station; otherwise, the user can only communicate with the main base station. The size of a time-frequency resource block is set to be 180KHz*1ms, and the frequency bandwidth that can be used by the main base station and the relay is both 6MHz, that is, there are 30,000 time-frequency resource blocks. Set the number of users in the cellular network as 2 to 20, and their requirements for transmission rate are randomly distributed between 128 and 512 kbps. The noise power is the powe...
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