A load balancing method and device
A technology of load balancing and equipment, applied in the field of communication, can solve the problems of difficulty in achieving load balancing effect, small overlapping coverage and multiplexing, etc.
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no. 1 Embodiment
[0148] Assume that in a multi-RAT scenario, there are multiple light-loaded base stations corresponding to the overloaded base station, and the coverage relationship between the overloaded base station and only one of the light-loaded base stations is a contained relationship, that is, the overloaded base station is included in the corresponding light-loaded base station, and the overloaded base station The standards of the base station and the included light-loaded base station are different.
[0149] Step 1, CRRM obtains the load information of each base station under each RAT, and determines the overloaded base station according to the load information of each base station, assuming that the overloaded base station is represented as S, and the standard of the overloaded base station is represented as RAT1;
[0150] Step 2: In the neighboring cells of the overloaded base station S, select the base station whose load is less than the set threshold as the candidate light-loaded...
no. 2 Embodiment
[0169] Assume that in a multi-RAT scenario, there are multiple light-loaded base stations corresponding to the overloaded base station, there is no light-loaded base station whose coverage relationship with the overloaded base station is an included relationship, and there are two light-loaded base stations whose coverage relationship with the overloaded base station is an included relationship For the base station, the standards of the two light-loaded base stations in an inclusive relationship are different from the standards of the overloaded base station.
[0170] For the specific process of step 1 and step 2, refer to step 1 and step 2 in the first specific embodiment. The coverage relationship and standard relationship between the candidate light-loaded base station and the overloaded base station obtained in step 2 are shown in Table 2:
[0171] Table 2
[0172] overloaded base station Candidate light load base station coverage relationship Standard rela...
no. 3 Embodiment
[0182] Assume that in a multi-RAT scenario, there are multiple light-loaded base stations corresponding to the overloaded base station, and there is no light-loaded base station that is in an included relationship with the overloaded base station, and there is no light-loaded base station that is in an included relationship with the overloaded base station. The overloaded base station is a light-loaded base station with a co-site cross-coverage relationship, and the standards of the two light-loaded base stations with a co-site cross-coverage relationship are different from those of the overloaded base station.
[0183] For the specific process of step 1 and step 2, refer to step 1 and step 2 in the first specific embodiment. The coverage relationship and standard relationship between the candidate light-loaded base station and the overloaded base station obtained in step 2 are shown in Table 3:
[0184] table 3
[0185] overloaded base station Candidate light load...
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