Abstract: A method is provided for estimating the size of a MAP region according to data burst allocation in a wireless mobile communication system. A data burst region is divided into at least one sub-region. A downlink frame is constructed with at least one sub-region such that a power boosting process is performed according to a predefined power level. The data burst is allocated to a specific sub-region of the sub-region according to a carrier to interference and noise ratio (CINR) of the data burst. A slot occupancy rate of data bursts allocated to the specific sub-region is computed. A concatenation or non-concatenation of the data bursts is set according to a predetermined criterion when the slot occupancy rate is less than a predefined slot occupancy rate. A size of the MAP region to be occupied by allocation information of the data bursts to be concatenated or unconcatenated is set.

Abstract: A method and apparatus for scheduling data in a communication system. Data is classified into at least one Quality of Service (QoS) class having a series of priorities according to QoS of the data. The classified data is scheduled according to the series of priorities of the at least one QoS class.

Abstract: Disclosed is a method for resource allocation for a data burst in a communication system having a frame which is divided according time and frequency and includes a data burst allocation region. The method includes constructing the frame to have a structure in which the data burst allocation region is divided into at least one sub-data burst region for power amplification at a preset power level; and allocating the data burst to the sub-data burst region according to a standard.

Abstract: An apparatus and method are provided for managing sectors in a transmission operation of a base station including a smart antenna system forming directional beams using a plurality of antenna elements. The apparatus and method comprise determining whether a call connected to a mobile station is a voice call or a data call; multiplying a transmission signal to the mobile station by predetermined complex weight vectors selected according to the call type; and forming a transmission beam for a corresponding sector by summing the multiplied values according to the antenna elements.

Abstract: Disclosed is a base station device and method for supporting communication service for a mobile station which is located in a cell divided into a plurality of sectors. The device and method comprise a receiver for receiving a signal, which is transmitted from the mobile station, through multiple paths via the plurality of sectors, and demodulating and outputting the received signal; and a combiner for combining and outputting signals output from the receiver.