As we know, IoT is a series of computers or other physical devices connected with each other by means of the internet, embedded with simple computing elements for collecting, operating and communicating with the concerned objects. For a smart environment, these connected devices provide the necessary infrastructure through analysis of collected big data.
A recent study reveals Augmented Reality (AR) and the Internet of Things (IoT) have received growing attention due to its amazing enabling technologies which make spaces more effective and smarter to explore and operate. In this case, AR acts like an interactive medium that enables a view of the real world in the concerned augmented space. The system works by spatially registering important information generated by the computer. It helps people to get an idea of the real world and magnify their setup of intelligence for solving issues by carrying out real-life problems.
On the onset of wireless networking together with the Internet of Things (IoT), the basic augmented reality (AR) systems are thought to connect with smart and interactive devices. Scientists are focusing on AR, making it extendable to communicate with objects everywhere more inherently. Researchers have identified three major components for such symbiotic amalgamation, these are:
Though AR and the Internet of Things has a different objective in terms of operation, but they can complement each other under a controlled environment. The performance of augmented reality can amplify by device-generated perpetual information. AR also offers a convenient way to visualize objects with the Internet of Things (IoT).
By wearing a helmet-attached device, AR is capable of promptly connecting to an IoT device to receive object-oriented data and to get an idea about the current state of the database. Internet of Things (IoT) can extend the power of AR by seamlessly managing big data. Thus, area-specific geographical services can be obtained using AR clients.
One of the latest inclusions in IoT infrastructure is context-aware AR services, which made possible by utilizing and tapping into a more restricted environment collected by top-notch IoT infrastructure.
Scientists are expected to operate and interact with moveable objects with the smart Internet of Things (IoT) together with Augmented Reality. They can be operated anytime from anywhere. Different AR approaches can enhance the usability of connected physical devices.
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