The widespread adoption of autonomous systems resulted in cars, aircraft, smarter aircraft and many other systems. Many of these systems can make smart decisions without human intervention. The current control of the lighting system lacks the intelligence to allow local customization of lighting level and autonomous operation. However, current lighting systems have achieved a significant reduction of energy through the use of occupancy sensor, timer, daylight sensor, etc. Despite the energy savings achieved, there are serious limitations: inability to respond when adding lighting sensors or adding partitions in open office; and the inability to provide appropriate illuminance at an arbitrary location. New lighting control systems must incorporate intelligence to allow not only energy reduction, but also autonomous operation.
The intelligent lighting system comprises multiple lighting devices connected in a network to provide automatic control of the lighting level to meet the needs of the user. Current lighting control systems often incorporate some automatic control, but can only create a limited number of lighting patterns because of the limitations imposed by the field wiring of lighting devices. On the other hand, the wiring of lighting fixtures has no limitations on the operation of the intelligent lighting system. Once user preference is established, intelligent lighting systems can automatically provide adequate illumination without informing the user of the location of lighting devices.