This paper presents a test bed for wireless optical LANS. This test bed is flexible, supporting multiple implementation choices. The test bed currently covers all physical layer issues, from FEC coders and LED drivers to front-ends, clock recovery circuits, Viterbi decoders, and sectored receivers. These are implemented with multiple technologies, with DSPs and FPGAs for digital functions, and ASICs and discrete electronics for the analogue electronics. Furthermore, the test bed provides a semi-controlled real life test environment, allowing for close comparison between theoretical and practical results. © 2001 IEEE
We propose a novel wireless control system architecture that divides the wireless service area into ...
In our software-defined radio project we have implemented two different types of standards, a contin...
In industrial scenarios wireless communication becomes more and more widespread. Radio-frequency tec...
This paper details the design and testing of an optical wireless Ethernet system. This system is a d...
An IEEE 802.1la WLAN test-bed is being developed. The test-bed aims to provide a FPGA (field program...
http://dx.doi.org/10.1049/ic:19990693This paper discusses practical issues and results on the implem...
This paper presents a software-defined radio testbed for the physical layer of wireless LAN standard...
With ever increasing requirements for bandwidth in communications and the trend towards the use of w...
Optical wireless technology uses light for mobile communications. The idea is to simultaneously comb...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Optical wireless LANs have the potential to provide bandwidths far in excess of those available with...
In this work an optical wireless test link for studying of atmospheric phenomena in the optical band...
Wireless communications is facing the challenges of a predicted 'explosion' in the number of wireles...
This paper describes an innovative packet-switched network architecture hardware prototype, designed...
We present our latest experimental achievements in Optical Wireless Communication (OWC) systems in a...
We propose a novel wireless control system architecture that divides the wireless service area into ...
In our software-defined radio project we have implemented two different types of standards, a contin...
In industrial scenarios wireless communication becomes more and more widespread. Radio-frequency tec...
This paper details the design and testing of an optical wireless Ethernet system. This system is a d...
An IEEE 802.1la WLAN test-bed is being developed. The test-bed aims to provide a FPGA (field program...
http://dx.doi.org/10.1049/ic:19990693This paper discusses practical issues and results on the implem...
This paper presents a software-defined radio testbed for the physical layer of wireless LAN standard...
With ever increasing requirements for bandwidth in communications and the trend towards the use of w...
Optical wireless technology uses light for mobile communications. The idea is to simultaneously comb...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
Optical wireless LANs have the potential to provide bandwidths far in excess of those available with...
In this work an optical wireless test link for studying of atmospheric phenomena in the optical band...
Wireless communications is facing the challenges of a predicted 'explosion' in the number of wireles...
This paper describes an innovative packet-switched network architecture hardware prototype, designed...
We present our latest experimental achievements in Optical Wireless Communication (OWC) systems in a...
We propose a novel wireless control system architecture that divides the wireless service area into ...
In our software-defined radio project we have implemented two different types of standards, a contin...
In industrial scenarios wireless communication becomes more and more widespread. Radio-frequency tec...