Antenna switching method, communication terminal and computer readable storage medium
An antenna switching and communication terminal technology, which is applied in the field of communication, can solve the problems such as reduced transceiver performance of mobile terminals and low user experience, so as to achieve reliable and effective switching and improve user experience.
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[0072] First embodiment
[0073] In order to solve the problem that the antenna working role of the terminal in the prior art is fixed, so that the terminal's transceiver performance is easily affected by factors such as the user's holding posture, thereby making the terminal's communication performance unstable, this embodiment provides an antenna switching method. The antenna switching method is mainly applied to communication terminals including at least three sets of antennas. Among the at least three sets of antennas, the main antenna currently connected to the main transceiver path, the auxiliary antenna currently connected to the auxiliary transceiver path, and the rest are idle antennas. For the flowchart of the antenna switching method provided in this embodiment, see image 3 Shown, including:
[0074] S301: Obtain communication parameters used to characterize the current performance of each group of antennas of the communication terminal, where the communication paramete...
Example
[0095] Second embodiment
[0096] In this embodiment, the positions of the antennas of each group in the communication terminal in the foregoing embodiment are described first. See Figure 4 As shown, three sets of antennas are set on the communication terminal,
[0097] The first antenna group 41 is arranged on the top, and the second antenna group 42 and the third antenna group 43 are respectively arranged on the left and right sides of the bottom of the terminal. Since the roles of "main antenna", "auxiliary antenna" and "idle antenna" in this embodiment are interchangeable, it is possible that at a certain moment the first antenna group 41 serves as the main antenna and the second antenna group 42 It works as an auxiliary antenna, but the third antenna group 43 does not work temporarily. At another moment, the second antenna group 42 and the third antenna group 43 may be used as main antennas and auxiliary antennas to participate in radio frequency work, and the first antenna...
Example
[0099] Example 1:
[0100] Assume that only one communication parameter is acquired. In this example, it is assumed that the acquired communication parameter is the received signal strength. See Image 6 As shown, Image 6 The schematic flow diagram of the antenna switching method provided for this example includes:
[0101] S601: Acquire the current received signal strength of each antenna of the communication terminal.
[0102] It is assumed that after collecting the current received signal strength parameters of each antenna, it is determined that the current main antenna, auxiliary antenna, and idle antenna, that is, the signals of A, B, and C are slightly -52dBm, -56dBm, and -60dBm, respectively.
[0103] S602: Calculate the pairwise difference of the received signal strength of each antenna.
[0104] In this embodiment, pass d AB Characterize the pairwise difference between antenna A and antenna B. Similarly, pass d BC And d AC Characterize the pairwise differences between an...
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