Scheduling techniques for a packet-access network

Can be controlled by the far and near condition is greatly reduced multiple access interference the far and near under the condition of selecting near and far position of the mobile station far and near based on signal intensity in these and other mobile station resource distribution and the transmission interval to be transmitted in the data grouping and make the far place of the mobile station data and the proximal part of the mobile station data together to be transmitted. And then it is suitable to adjust the forward link signal. From the proximal part of the mobile station is received composite signal in the position of mobile station to the far and near of the mobile station signal is decoded. To the remote part of the mobile station signal and then it is near the mobile station is received composite signal in the removed.