Antenna-sector time-division multiple access for broadband indoor wireless systems.

This paper investigates a hybrid space-time-division multiple access (S-TDMA) for broadband indoor wireless systems using sectored antennas. It is shown that portables which are located in different sectors of an indoor microcell may be able to reuse the same frequency and the same time slot. Howeve...

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Publié dans:	IEEE Journal on selected areas in communications 16, 6 (1998).
Auteur principal:	Macedo, A.S
Format:	Article
Langue:	English
Sujets:	FFA performance. NP-complete class of problems. S-TDMA. Antenna-sector time-division multiple access. Base station. Broadband indoor wireless systems. Capacity gain. Capture threshold. Central control architecture. Closed indoor location. Coding schemes. Computer simulations. Differential detection. Directive antennas. First fit algorithm. Frequency division multiplexing. Hybrid space-time-division multiple access. Indoor microcell. Minimum signal-to-interference ratio. Modulation. Multicarrier modulation. Multicarrier trellis-coded modulation. Open indoor location. Optimum scheduling algorithm. Packet error rate goal. Packet transmissions. Performance. Portables. Scheduling. Sectored antennas. Sectorization level. Space division switching. Suboptimum algorithm.