Internet Of Thing Can Also Referred Network-Myassignmenthelp.Com

Question: Discuss About The Internet Of Thing Can Also Referred Network? Answer: Introducation Internet of thing can also be referred as the network of things which is the connection of devices such as cars, wearable devices and the kitchen appliances to the internet. The interconnected devices can collect and share data between each other using embedded sensors(Biljana Kire, 2017). These devices that can be viewed and controlled from a remote place are known as the internet of things devices, and they have the ability to transfer data in the network without any human intervention(Yuan Kecheng , 2017). Internet of things improves the opportunities of physical world integration to the computer based environment, and the result is highly accurate and efficient economic benefits with reduced human contributions. This paper focuses on the wireless home automation using the internet of things. As technology develops and interconnection of devices greatly advances the same technology can also be applied in many areas in homes such as; to improve lighting to improve security, improve security and also can be used to improve heating.(Ray, 2016) This paper will major home automation through use of the home lighting by use of the technology the internet of things (smart lighting). To improve the home security through lighting, home automation allows one to remotely control the light either by switching the light on or off or by turning the light dim. Solution with features A home automated home lighting system comprises of several components which include; a lamp- it produces the light in the homes and can either be switched on, off or turned dim., an actuator-this is a device that controls the current flow from the socket to the lamp, a central control unit- it communicates with the actuator and controls the amount of current that is let from the socket to the lamp, the control unit can be operated remotely to control lighting of the lamp and a hardware controller (Ray, 2016). Wireless communication between the different components of the lighting system is done through an automation communications protocol. Diagram to visualize the project How it works A home automation smart lighting system operates by simply controlling the amount of current that is let to flow to the lamp from the power source(Yuan Kecheng , 2017). This power can be controlled through either by an on the plug, off plug or by using a dimmer plug that reduces or increases the amount of light in a room(Arbia Zied, 2017). The plugs are connected to the power source while the lamp is plugged in the plug. An on/off plug consist of two states the on and off state while the dimmer plug has three states, that is the on/off states and also has a brightness level state. Also, smart lighting may be integrated with other technologies so that both the outdoor and indoor lights automatically go on or off when particular set conditions are met(Mengmeng Dong , 2017). The smart lighting systems can be applied in many practical areas, but it is mostly used in rooms to automatically switch on when a person enters a room or automatically change color when something happens(Mengme ng Dong , 2017). Smart lighting systems can also further be categorized into sensor integrated- they have sensors that recognize parameters in the room such as people. Sensor lights are designed to send data automatically to the smart lighting network and the non-sensor integrated- they dont have sensors although they are still referred as being smart because they can be programmed. Smart lights are controlled through two main ways these are, through the use of smart devices and use of control hubs. Smart devices such as smartphones and tablets are used to manage and configure the smart lighting remotely while in large buildings there are power hubs that are dedicated to setting up and maintaining the smart lighting network(Shahid Thiemo , 2017). Pros and Cons Home automation smart lighting systems have advantages associated with it; these benefits include; energy saving- the user able to track both the indoor and outdoor lights, therefore, ensuring that their light turned on when they are not in use. Security- smart lights can be used to track person movements in the house thus automatically arming the alarm system(Fadele Faiz , 2017). Home entertainments- the lights can be set to dimming level in the house when watching movies and also the smart lights can be used to do digital paintings on the walls(mayra Ralph , 2016). However, the smart lighting system has disadvantages associated with it, some of this disadvantages include; most of the components used in the smart lighting systems have different programmatic interfaces, and therefore it becomes a challenge for the buyer to acquire these components and therefore one has to buy the components from one vendor(Yuan Kecheng , 2017). This translates to high costs required in implementin g these systems. Sometimes wireless systems can be unreliable because their interference level is high and they need high maintenance costs(Arbia Zied, 2017). Smart lighting systems require regular maintenance which makes them to be expensive and can therefore only be assessable to few people. Another disadvantage of the smart lighting systems is that it involves many components that require special skills and knowledge to operate(Biljana Kire, 2017). Therefore those who may wish to integrate their homes with smart lighting have to be taught on how to use it or otherwise they have to spend most of their time learning the operational manuals. Conclusion In conclusion, automated smart lighting systems are increasingly becoming common among many people; this is because of the increasing technology and computer networking. In this paper, I have evaluated intelligent lighting system as an application home automation. I have discussed the components of an intelligent lighting system, explained how they work and also the advantages and the disadvantages that the smart lighting system has to their user.; References Arbia Riahi Sfar., Zied Chtourou. (2017). A Roadmap for Security Challenges in Internet of Things. 39-64. Biljana L. Risteska Stojkoska., Kire .V. (2017). 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