Optical wireless communication

Wireless Optical Communication Systems WIRELESS OPTICAL COMMUNICATION SYSTEMS

Analysis of Optical Wireless Communication for Underwater Wireless Communication

Recently, the importance of underwater wireless optical communication has been grown for applications of underwater observation and sea monitoring systems. This communication technology is expected to play a prominent role in investigating climate changes, prediction of natural disasters, discovery of natural resources, marine biology in lake, sea, and ocean environment. Though acoustic modems ...

Optical Wireless Link Budget Analysis for Optical Wireless Communication Networks

Power link budgets are prepared for wireless optical communication systems to illustrate the optical losses that happens during transmission. This paper has presented optical wireless links which offer ultra multi gigabit per second data rates and low system complexity. For ground space and or terrestrial communication systems, these links suffer from atmospheric loss mainly due to fog, and sci...

Sort Range Optical Wireless Communication

It is commonly accepted that the next generation of wireless communication systems, usually referred to as 4G systems, will not be based on a single access technique but it will encompass a number of different complementary access technologies. The ultimate goal is to provide ubiquitous connectivity, integrating seamlessly operations in most common scenarios, ranging from fixed and low-mobility...

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...