Multiple access techniques for indoor radio communication

Multiple-access techniques for indoor radio communication are studied. The system model used specifies a distributed antenna connected to a central controller. The data traffic is assumed to be composed of both voice and data. A time-division multiple-access scheme using frames and a movable boundary slot allocation is presented. Analysis uses a continuous model with a matrix geometric solution to the data queuing. An example of this analysis is given. Direct-sequence code-division multiple access is discussed, although an analysis of this case is not given.<>