This invention discloses a
radio frequency (RF)
activation method, apparatus, electronic device, and medium for an indoor distributed antenna. The method includes: performing three-dimensional local
peak detection on target wall nodes of a target building to obtain target anchor points; projecting a two-dimensional continuous probability map, determined by superimposing parameter information of the target cores of all target anchor points, onto the target beam angular domain of each distributed
antenna element to determine the coverage
occupancy rate of each beam element in the target beam angular domain; allocating transmit power vectors to the target beam angular domain based on the coverage
occupancy rate; determining the target RF chain for each beam element in the target beam angular domain based on the
angular difference between two adjacent beam elements in the target beam angular domain; and transmitting the transmit
power vector of the target beam angular domain and at least one target RF chain to the corresponding distributed
antenna element in the target beam angular domain. This invention enables an indoor
distributed antenna system to significantly reduce RF link
power consumption while ensuring RF link quality.