Indoor optical wireless communication systems and networks

Indoor optical wireless communication systems and networks

Welcome to this Special Issue on Indoor Optical Wireless Communications, in which we explore recent research and development in the area. There is an increasing demand for ultra broadband wireless access networks and the wireless multimedia applications and video which exploit their capability, coming from end users such as hospitals, teaching environments, and retailers. Currently there are tw...

Indoor optical wireless communication systems and networks

Welcome to this Special Issue on Indoor Optical Wireless Communications, in which we explore recent research and development in the area. There is an increasing demand for ultra broadband wireless access networks and the wireless multimedia applications and video which exploit their capability, coming from end users such as hospitals, teaching environments, and retailers. Currently there are tw...

Indoor Optical Wireless Networks

Wireless networks offer the user increased mobility and flexibility, allowing information to be accessed or exchanged anywhere, without the need for a physical connection to a network. Early wireless radio LAN products operated in the unlicensed 900 MHz and 2.4 GHz Industrial-Scientific-Medical (ISM) bands. However, the bandwidths available at these frequencies are limited, and must be shared w...

MIMO MC-CDMA Systems over Indoor Optical Wireless Communication Channels

Indoor Optical Wireless Communication Systems – Part I: Review

The emergence of portable computing devices such as laptops, palmtops and personal digital assistants (PDAs) has fuelled the demand for mobile connectivity and hence, led to the development of wireless local area networks (LANs). Wireless LANs offer users increased mobility and flexibility compared with traditional wired networks, and may be classified as either infrastructure wireless or ad ho...