Optimized switching method for multi-cell error avoidance for advanced long term evolution network

The invention discloses an optimized switching method for multi-cell error avoidance for an advanced long term evolution network in the technical field of wireless communication. The method comprises the following steps of: measuring and storing a signal value and a signal value change rate of each eNB in a multi-cell overlapped area based on user equipment (UE), and reporting a measurement report containing the signal value and the signal value change rate to the eNB so that the eNB predicts the most possible moving cell orientation of the UE and the UE is switched to a corresponding target cell rather than a transient passing cell in the moving process. The method reduces the probability of switching the UE to an error cell, avoids unnecessary switching and network overhead and effectively saves the network resource.