Abstract:
Fast access to an uplink channel for a mobile station (10) in a packet data radio network (6) can be obtained by causing a collision in an uplink radio block (56). A first uplink block (56) of the uplink channel is initially assigned to a first mobile station (10). During the first uplink block (56), however, a transmission from a second mobile station (10) is received on the uplink channel. In response, a subsequent uplink block (56) of the uplink channel is assigned to the second mobile station (10).
Abstract:
Fast access to an uplink channel for a mobile station in a packet data radio network can be obtained by causing a collision in an uplink radio block. A first uplink block of the uplink channel is initially assigned to a first mobile station. During the first uplink block, however, a transmission from a second mobile station is received on the uplink channel. In response, a subsequent uplink block of the uplink channel is assigned to the second mobile station.
Abstract:
At least one radio bearer is established, 801, at least one temporary block flow is established, 802, at least one radio bearer is associated with each of the temporary block flows, 803 and a reduced radio bearer identity is mapped to the real radio bearer identity. The reduced radio bearer identity is then included in the header of a radio link control/media access control header, 805 in order to inform the receiver of the radio bearer to which the data belongs. Independent claims are included for a computer readable medium with a program and for a radio communication system.
Abstract:
A method and system are disclosed for fast access to an uplink channel for a mobile station in a packet data radio network. A plurality of mobile stations are assigned to a first uplink channel. A mobile station assigned to the first uplink channel transmits in an uplink transmission block real time information. In response to the transmission, a base station reassigns the other mobile stations that are assigned to the first uplink channel and are involved in the communication of real time information in a downlink transmission block immediately following the uplink transmission block. Thereafter, the first mobile station continues transmitting real time information on the first uplink channel.
Abstract:
A method of managing access request identifiers in a communication system comprising a radio network, said access request identifiers being associated with a first packet random access channel used by mobile stations in a first cell to request allocation of uplink transmission resources in the first step. The radio network controls which mobile stations are assigned access request identifiers and/or for how long accesss request identifiers remain assigned to individual mobile stations.
Abstract:
A method of managing access request identifiers in a communication system comprising a radio network, said access request identifiers being associated with a first packet random access channel used by mobile stations in a first cell to request allocation of uplink transmission resources in the first step. The radio network controls which mobile stations are assigned access request identifiers and/or for how long accesss request identifiers remain assigned to individual mobile stations.