a scenario according to an embodiment of the present invention in the scenario provided are a cell 10 an enb 100 located in the cell 10 four transport points 101 102 103 and 104 geographically separated and a ue 105 in the lte and lte a standards an enb represents a bs and corresponds to a ue for the sake of convenience fig2 only shows a part of a macro bs node of the enb 100 the four distributed transport points 101 102 103 and 104 all provide signal transmission services for the ue 105 and may be rrhs generally the enb 100 allocates corresponding port numbers for example the transport point 101 has a port number 0 the transport point 102 has a port number 1 the transport point 103 has a port number 2 and the transport point 104 has a port number 3 that is rrh0 rrh1 rrh2 and rrh3 respectively in fig2 the ue 105 reports ersrp of the transport points 101 102 103 and 104 to the enb 100 through a process according to an embodiment of a report method of the present invention shown in fig3 the ersrp refers to receiving power of a reference signal transmitted by a certain transport point in which the receiving power is measured by the ue in the present invention the ersrp includes parameters capable of reflecting channel information of path loss for example rsrp and.