A Multimedia Broadcast/Multicast Service, MBMS service-based method for transmitting resource scheduling information, characterized in that, the method comprises the steps of: before a base station transmits MBMS information, determining, by a base station controller, repetition period information with which a local cell of a terminal transmits said MBMS information, wherein the MBMS information is information on the MBMS service in Secondary-Common Control Physical Channels, S-CCPCHs that are carrying the MBMS service; and determining, by the base station controller, repetition period information with which respective neighboring cells of the terminal transmit said MBMS information, wherein the neighboring cells support said MBMS service; the repetition period information comprising: a repetition period length and an individual cycle offset, wherein the repetition period length reflects a frequency of the MBMS information being scheduled in a radio frame and corresponds to a duration in a unit of one or more time periods of the radio frame, and the individual cycle offset reflects a position of the MBMS service in the repetition period length; wherein repetition period lengths of the local cell and the neighboring cells all have a value of 1; or there is a cell, among the local cell and the neighboring cells, whose repetition period length has a value greater than 1, and other cells, among the local cell and the neighboring cells, all have repetition period lengths with a value of 1; transmitting, by the base station controller, a local cell identifier and neighboring cell identifiers, as well as the determined repetition period information with which each cell transmits the MBMS information, to the terminal of the local cell; using an MBMS neighboring cell point-to-multipoint radio bearer message transmitted on an MBMS Control Channel, MCCH channel to carry the neighboring cell identifiers and the repetition period information with which the respective neighboring cells transmit the MBMS information, and transmitting the MBMS neighboring cell point-to-multipoint radio bearer message to the terminal of the local cell. before a base station transmits MBMS information, determining, by a base station controller, repetition period information with which a local cell of a terminal transmits said MBMS information, wherein the MBMS information is information on the MBMS service in Secondary-Common Control Physical Channels, S-CCPCHs that are carrying the MBMS service; and determining, by the base station controller, repetition period information with which respective neighboring cells of the terminal transmit said MBMS information, wherein the neighboring cells support said MBMS service; the repetition period information comprising: a repetition period length and an individual cycle offset, wherein the repetition period length reflects a frequency of the MBMS information being scheduled in a radio frame and corresponds to a duration in a unit of one or more time periods of the radio frame, and the individual cycle offset reflects a position of the MBMS service in the repetition period length; wherein repetition period lengths of the local cell and the neighboring cells all have a value of 1; or there is a cell, among the local cell and the neighboring cells, whose repetition period length has a value greater than 1, and other cells, among the local cell and the neighboring cells, all have repetition period lengths with a value of 1; transmitting, by the base station controller, a local cell identifier and neighboring cell identifiers, as well as the determined repetition period information with which each cell transmits the MBMS information, to the terminal of the local cell; using an MBMS neighboring cell point-to-multipoint radio bearer message transmitted on an MBMS Control Channel, MCCH channel to carry the neighboring cell identifiers and the repetition period information with which the respective neighboring cells transmit the MBMS information, and transmitting the MBMS neighboring cell point-to-multipoint radio bearer message to the terminal of the local cell.