Abstract:
A multicast management method of a base station is provided. The base station generates CRC for a message including resource allocation information of a multicast group including a plurality of terminals, and masks the CRC with a CRC mask. Then, the base station adds the masked CRC to the message, and then transmits the message having the masked CRC added to the multicast group.
Abstract:
In a forwarding method, at least one ARQ block contained in a first PDU is fragmented into a plurality of ARQ sub-blocks, and at least one second PDU is generated from the plurality of ARG sub-blocks. The second PDU contains an extension header and also a payload containing at least some of the ARQ sub-blocks from among the plurality of ARQ sub-blocks. The extension header contains a field showing the sequence number of the first ARQ sub-block belonging to the payload.
Abstract:
A signal receiving method includes allocating a communication resource corresponding to a mobile station over a plurality of frames, transmitting allocation information on the communication resource to the mobile station, and receiving a transmitted signal through the communication resource. Therefore, the resource allocated on the frequency axis is minimized by allocating the resource to the mobile station over a plurality of frames, and the resource is allocated within the limited power of the mobile station, thereby improving radio performance.
Abstract:
Disclosed is a method in which a base station that supports multiple carriers transmits a paging message. The base station determines a first time for transmitting information associated with a multicast broadcast service (MBS), and transmits the information associated with an MBS at the first time via a first carrier. The base station determines a second time for transmitting a paging message to a mobile station, determines a second carrier for transmitting the paging message to the mobile station, and transmits the paging message at the second time via the second carrier. The second time is different from the first time.
Abstract:
A method and an apparatus for providing user equipment at a boundary with reference information for starting the scanning of a heterogeneous access network are provided. For this purpose, a receiver, according to one embodiment, supports a plurality of access systems, and comprises: a receiving circuit for receiving a scanning threshold value from a transmitter; a first measurement module which measures the channel quality of a serving cell; and a second measurement module which starts scanning a neighbor cell, which is a heterogeneous access network, when the channel quality of the serving cell is lower than the channel quality threshold value. In addition, the receiver can further comprise a handover module which performs a handover to the neighbor cell when the channel quality of the neighbor cell measured by the second measurement module is higher than the channel quality of the serving cell.
Abstract:
A terminal transmits control information to a base station by using a periodically allocated dedicated channel. In further detail, the terminal checks control information that needs to be transmitted, detects a priority of the checked control information, and selects control information to be transmitted to the base station based on the detected priority. The terminal forms a PDU by multiplexing the selected control information, and transmits the PDU to the base station.
Abstract:
A terminal identifying method identifies a terminal in a media access control layer, and includes allocating a station ID to the terminal for identifying the terminal, and allocating a flow ID to a connection in the terminal for identifying the connection in the terminal.
Abstract:
A method for handover of the present invention is a method for handover of a terminal supporting a multi-carrier including a first carrier and a second carrier, the method including: transmitting a handover request message to a serving base station; receiving a handover response message from the serving base station according to a handover response message transmitted from a target base station to the serving base station; after receiving the handover response message from the serving base station, transmitting and receiving data to and from the serving base station using the first carrier; and performing a handover signaling process to the target base station using the second carrier.
Abstract:
Provided is a management method for a user terminal MBS settings data, wherein an MBS setting message, which contains settings data for MBS operation and the effective period, is decoded, and the MBS settings message, which is transmitted at the moment designated by the effective period, is subsequently decoded again.
Abstract:
According to one embodiment of the present invention, a method in which a terminal acquires data about superframe headers in neighbouring base station advertisement messages comprises the steps of: receiving, from a serving base station, a neighbouring base station advertisement message in which data relating to superframe headers has been set differentiated according to carrier wave; and acquiring, from the neighbouring base station advertisement message, carrier-wave-differentiated data relating to the superframe headers of the carrier waves; and if, in the process of acquiring the data relating to the superframe headers of the carrier waves, a predetermined field has been set to a specific value, then data relating to the superframe header of the relevant carrier wave is acquired by using data relating to the superframe header of the previous carrier wave.