Happy site inconsistency processing method, device and base station
A processing method and processing device technology, applied in power management, network traffic/resource management, wireless communication, etc., can solve problems such as call drop, terminal and NodeB performance degradation, and NodeB's difficulty in deciding whether the terminal is happy or unhappy, etc., to achieve Efficient performance, reduced call drop rate, optimized processing effect
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Embodiment 1
[0069] In this embodiment, the actual state of the terminal is unhappy, unhappy should be sent on the E-DPCCH of the main carrier and the auxiliary carrier, and the corresponding mapping value should be 0, and the Happy bit on the E-DPCCH of the uplink main carrier received by the NodeB is happy, that is, the mapping value is 1, and the happy bit on the E-DPCCH of the received uplink secondary carrier is unhappy, that is, the mapping value is 0. In this embodiment, the processing method for the inconsistency of the Happy bits is as follows: figure 2 shown, including the following steps:
[0070] Step 201: NodeB receives the information on the primary carrier and secondary carrier E-DPCCH reported by the terminal;
[0071] Steps 202-203: NodeB obtains the Happy bit on the E-DPCCH of the main carrier and the auxiliary carrier respectively, the Happy bit on the E-DPCCH of the main carrier is happy, and the mapping value is 1; the Happy bit on the E-DPCCH of the auxiliary carrie...
Embodiment 2
[0074] In this embodiment, the actual state of the terminal is happy, happy should be sent on the E-DPCCH of the main carrier and the auxiliary carrier, and the corresponding mapping value should be 1, and the Happy bit on the E-DPCCH of the uplink main carrier received by the NodeB is happy, that is, the mapping value is 1, and the happy bit on the E-DPCCH of the received uplink secondary carrier is unhappy, that is, the mapping value is 0. In this embodiment, the processing method for the inconsistency of the Happy bits is as follows: image 3 shown, including the following steps:
[0075] Step 301: NodeB receives the information on the primary carrier and secondary carrier E-DPCCH reported by the terminal;
[0076] Steps 302-303: NodeB obtains the Happy bit on the E-DPCCH of the main carrier and the auxiliary carrier respectively, the Happy bit on the E-DPCCH of the main carrier is happy, and the mapping value is 1; the Happy bit on the E-DPCCH of the auxiliary carrier It...
Embodiment 3
[0079] In this embodiment, the actual state of the terminal is unhappy, unhappy should be sent on the E-DPCCH of the main carrier and the auxiliary carrier, and the corresponding mapping value should be 0, and the Happy bit on the E-DPCCH of the uplink main carrier received by the NodeB is unhappy, that is, the mapping value is 0, and the happy bit on the E-DPCCH of the received uplink secondary carrier is happy, that is, the mapping value is 1. In this embodiment, the processing method for the inconsistency of the Happy bits is as follows: Figure 4 shown, including the following steps:
[0080] Step 401: NodeB receives the information on the primary carrier and secondary carrier E-DPCCH reported by the terminal;
[0081] Steps 402-403: NodeB obtains the Happy bit on the E-DPCCH of the main carrier and the auxiliary carrier respectively, the Happy bit on the E-DPCCH of the main carrier is unhappy, and the mapping value is 0; the Happy bit on the E-DPCCH of the auxiliary carr...
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