The design, simulation and practical implementation for a bidirectional 1.25 Gbit/s indoor optical wireless communications system has been presented. It is a part of the European community funded hOME Gigabit Access project (OMEGA). The line-of-sight (LOS) system uses angle-diversity transceivers enabling discrete beam steering. Each transceiver uses three transmitting and receiving elements giving an overall field of view of ∼25×8° and a transmission range of 3 m. Measurement shows that the system can operate at a bit error rate below 10-9 without channel coding and the handover between cells is <400 ns. Detail of a demonstrator of high-definition (HD) video embedded in gigabit ethernet stream using this system is also reported. © 2012 The...
During the European collaborative project OMEGA, two optical-wireless prototypes have been developed...
We experimentally demonstrate real-time Gigabit-Ethernet optical wireless transmission exploiting co...
As a part of the EU-FP7 RandD programme, the OMEGA project (hOME Gigabit Access) aims at bridging th...
This paper introduces the design and implementation of a 1.25 Gbit/s indoor cellular optical wireles...
This letter reports an experimental demonstration of an indoor angle-diversity optical wireless comm...
Fibre to the home and other 'last-mile' transmission technologies provide end-user data rates of at ...
A Gigabit Ethernet bidirectional OWC system with user-hosted automatic alignment of the upstream bea...
A beam-steered Gigabit Ethernet (GbE) bidirectional OWC system with user-hosted automatic self-calib...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
Two high-speed angle diversity optical wireless systems have recently been implemented, as part of a...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
Indoor Gigabit optical wireless communication systems have the potential to offer multiple high-spee...
Two high-speed angle diversity optical wireless systems have recently been implemented, as part of a...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
This paper details the design and testing of an optical wireless Ethernet system. This system is a d...
During the European collaborative project OMEGA, two optical-wireless prototypes have been developed...
We experimentally demonstrate real-time Gigabit-Ethernet optical wireless transmission exploiting co...
As a part of the EU-FP7 RandD programme, the OMEGA project (hOME Gigabit Access) aims at bridging th...
This paper introduces the design and implementation of a 1.25 Gbit/s indoor cellular optical wireles...
This letter reports an experimental demonstration of an indoor angle-diversity optical wireless comm...
Fibre to the home and other 'last-mile' transmission technologies provide end-user data rates of at ...
A Gigabit Ethernet bidirectional OWC system with user-hosted automatic alignment of the upstream bea...
A beam-steered Gigabit Ethernet (GbE) bidirectional OWC system with user-hosted automatic self-calib...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
Two high-speed angle diversity optical wireless systems have recently been implemented, as part of a...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
Indoor Gigabit optical wireless communication systems have the potential to offer multiple high-spee...
Two high-speed angle diversity optical wireless systems have recently been implemented, as part of a...
Future Home Access Networks (HANs) should operate at Gbit/s and provide data services that are as st...
This paper details the design and testing of an optical wireless Ethernet system. This system is a d...
During the European collaborative project OMEGA, two optical-wireless prototypes have been developed...
We experimentally demonstrate real-time Gigabit-Ethernet optical wireless transmission exploiting co...
As a part of the EU-FP7 RandD programme, the OMEGA project (hOME Gigabit Access) aims at bridging th...