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We can simply describe it as the devices with intelligence, for example, traffic cameras that examine the streets, the congestion of traffic, accidents, conditions of weather, and the gateway for data communication. These gateways help to gain information from other sources, such as further related information, and cameras for system monitoring of city-wide traffic. And the other one is a municipal corporation that works to keep our roads neat without repairs, it may also lead to the congestion of traffic on the national highway routes. Then this information is notified to the monitoring system of city-wide traffic. We can name it smart traffic, which can identify and design the traffic patterns with high speed. They utilize machine learning, this system may analyze the situation and create the best impact. It also delivers the data for other cities which connect with similar highways through the smart system.
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The given below are the 15 most important applications of IoT.
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IoT applications benefit us in various ways in our daily life. The given below are some of its advantages.
frequently asked IoT Interview questions and Answers !!
As we gain various advantages with the applications of IoT, at the same time, it also has some disadvantages that make us face some challenges. The following are some disadvantages of IoT applications.
To gain a complete idea about the embedded devices of the internet of things is very important. We can learn them during the learning process of building projects of the internet of things. Those devices work like tools used to design the unique system of computing, but those systems can't connect with the internet. Usually, these IoT embedded systems run like a single application. Still, these devices may connect with the internet and have the ability to communicate by using devices of the network.
The embedded systems of IoT work as a kind of microprocessor and microcontroller. They include integrated circuits. The family microcontroller of RISC is an important part of these embedded systems. They are like Atmel 8051, PIC 16f84, Motorola 68HC11, etc. 8085 is another essential part that differentiates microprocessors from microcontrollers. It is nothing but their writable memory and internal read. The following diagram displays the components of the important embedded devices and the architecture of their system.
The language platforms support the IoT embedded system to utilize the operating system with the help of devices. We can also perform the operations in real-time, and its manufacturers design the embedded software within electronics such as modems, cars, telephones, appliances, etc. The software of this embedded system is very simple as the running of lightening control by using the microcontroller of 8 bit. But for some, this embedded software looks very complicated. They are like systems of process controls, airplanes, and missiles.
Conclusion
There is no need to go anywhere or no need for a special example. We can take our mobile as the best example. When we observe our mobile device, we can find various apps, such as mobile gyroscope, GPS tracking, Face detection, adaptive brightness, face detection, voice detection, and many others. To define IoT, we can say it as everyday connected things embedded with sensors, electronics, and software to enable the internet for data exchanging and collection without interacting with humans. That much important the IoT applications in the present generation, so we need to consider it as one of the important things that we have to know with the help of IoT training and courses. Our Hrk experts designed a wonderful course on IoT applications, and we are providing IoT applications training for those who require learning the latest skills.
Related Article: Future Scope of IoT
Related Article: Big Data in IoT
As a Senior Writer for HKR Trainings, Sai Manikanth has a great understanding of today’s data-driven environment, which includes key aspects such as Business Intelligence and data management. He manages the task of creating great content in the areas of Digital Marketing, Content Management, Project Management & Methodologies, Product Lifecycle Management Tools. Connect with him on LinkedIn and Twitter.
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