A cell selection method performed by a terminal, the method comprising: measuring channel quality of a first cell; measuring channel quality of a second cell; determining whether a value obtained by applying an offset to the channel quality of the second cell is greater than a value obtained by applying a hysteresis value to the channel quality of the first cell; determining, in case that the value obtained by applying the offset to the channel quality of the second cell is greater than the value obtained by applying the hysteresis value to the channel quality of the first cell, whether the channel quality of the second cell without application of the offset is greater than a predetermined threshold; identifying whether the second cell is a closed subscriber group, CSG, cell and an identification of the second cell is included in a cell list of the terminal, in case that the channel quality of the second cell without application of the offset is greater than a predetermined threshold; selecting, in case that the second cell is not the CSG cell or the identification of the second cell is included in the cell list, the second cell; selecting, in case that the second cell is the CSG cell and the identification of the second cell is not included in the cell list, a third cell having greatest channel quality after the second cell; accessing to the third cell; transmitting a radio resource control, RRC, message including an indicator indicating that the channel quality of the second cell is greater than the channel quality of the third cell and an almost blank subframe, ABS, pattern of the second cell, to the third cell; and receiving from the third cell information for scheduling resources determined based on ABS subframes having no interference from the second cell. measuring channel quality of a first cell; measuring channel quality of a second cell; determining whether a value obtained by applying an offset to the channel quality of the second cell is greater than a value obtained by applying a hysteresis value to the channel quality of the first cell; determining, in case that the value obtained by applying the offset to the channel quality of the second cell is greater than the value obtained by applying the hysteresis value to the channel quality of the first cell, whether the channel quality of the second cell without application of the offset is greater than a predetermined threshold; identifying whether the second cell is a closed subscriber group, CSG, cell and an identification of the second cell is included in a cell list of the terminal, in case that the channel quality of the second cell without application of the offset is greater than a predetermined threshold; selecting, in case that the second cell is not the CSG cell or the identification of the second cell is included in the cell list, the second cell; selecting, in case that the second cell is the CSG cell and the identification of the second cell is not included in the cell list, a third cell having greatest channel quality after the second cell; accessing to the third cell; transmitting a radio resource control, RRC, message including an indicator indicating that the channel quality of the second cell is greater than the channel quality of the third cell and an almost blank subframe, ABS, pattern of the second cell, to the third cell; and receiving from the third cell information for scheduling resources determined based on ABS subframes having no interference from the second cell. <EOS>