An experimental infrared beam 45 Mb/s data link has been designed, constructed and tested.
In this paper, a wireless cellular network based indoor localization approach is presented. During the training stage, the mobile device initializes a positioning request.
Celebrated fingerprinting techniques localize users by statistically learning the signal to location relations.
Providing consistently high wireless capacity is becoming increasingly important to support the applications required by future digital enterprises.
We consider three multi-antenna interference management schemes for high-performance wireless indoor networks: Zero Forcing (ZF), entailing neither base station (BS) coordination or inter-cell inte
Indoor areas, such as offices or shopping malls, are a natural environment for initial millimeter-wave (mmWave) roll-outs.
This paper proposes two novel and practical designs of angle diversity receiver (ADR) to achieve multiple-input-multiple-output (MIMO) capacity for indoor visible light communications (VLC).
Network MIMO uses the coherent coordination of the transmitted signals from a cluster of bases to greatly reduce other-cell interference and improve spectral efficiency.
Network MIMO uses the coherent coordination of -> the transmitted signals from a cluster of bases to greatly reduce -> other-cell interference and improve spectral efficiency.
The application of wireless backhaul communication and power transfer to outdoor small cells (SCs) could significantly decrease their installation cost.
