INTERNET OF THINGS
The Internet of Things is the technology that surrounds us literally everywhere on the streets, in schools, universities, factories, cars. For example, anyone who receives a speeding ticket can immediately understand that this is the Internet of things because cameras and radars that capture speed and a system that processes information and sends a notification are just an example of how the Internet of Things works.
The Internet of Things is the technology that surrounds us literally everywhere on the streets, in schools, universities, factories, cars. For example, anyone who receives a speeding ticket can immediately understand that this is the Internet of things because cameras and radars that capture speed and a system that processes information and sends a notification are just an example of how the Internet of Things works.
If we try to find information on the Internet and type something like “IoT” or “Internet of Things”, we will get a description of the various automation and control systems that are used in production and transport, in general, about various automation technologies and process control systems.
If we try to find information on the Internet and type something like “IoT” or “Internet of Things”, we will get a description of the various automation and control systems that are used in production and transport, in general, about various automation technologies and process control systems.
In our country, this technology is only beginning to gain recognition. First of all, this is due to the fact that enterprises, companies and public authorities implementing these systems realize that it is economically profitable. The introduction of the Internet of Things systems can increase productivity, increase profits, and reduce costs.
In our country, this technology is only beginning to gain recognition. First of all, this is due to the fact that enterprises, companies and public authorities implementing these systems realize that it is economically profitable. The introduction of the Internet of Things systems can increase productivity, increase profits, and reduce costs.
WHAT IS THE INTERNET OF THINGS?
IoT is the concept of a computer network of things equipped with built-in technologies for interacting with each other or the external environment, considering the organization of such networks as a phenomenon that can rebuild economic and production processes that exclude the need for human participation from part of actions and operations.
WHAT IS THE INTERNET OF THINGS?
IoT is the concept of a computer network of things equipped with built-in technologies for interacting with each other or the external environment, considering the organization of such networks as a phenomenon that can rebuild economic and production processes that exclude the need for human participation from part of actions and operations.
It is especially important to emphasize that in most devices of the IoT system there is no Internet, it is rather Internet-like connections, private telemetry systems, usually closed from an external connection to the big Internet. Nevertheless, there are some exceptions.
It is especially important to emphasize that in most devices of the IoT system there is no Internet, it is rather Internet-like connections, private telemetry systems, usually closed from an external connection to the big Internet. Nevertheless, there are some exceptions.
THE PLACE OF THE INTERNET OF THINGS IN HISTORY
The term first appeared in 1999 and meant devices equipped with RFID tags. One of the stages of technology development is the industrial Internet of things or IioT. IioT is directly related to the concept of the digital economy, or otherwise industry 4.0. The term came from Germany and means end-to-end production, when suppliers, consumers and directly production are included in the interaction chain. With today’s development trend, the world in terms of the use and existence of the Internet of things will change in the next 10 years. Already, we can confidently say that we live in the world of IoT devices.
THE PLACE OF THE INTERNET OF THINGS IN HISTORY
The term first appeared in 1999 and meant devices equipped with RFID tags. One of the stages of technology development is the industrial Internet of things or IioT. IioT is directly related to the concept of the digital economy, or otherwise industry 4.0. The term came from Germany and means end-to-end production, when suppliers, consumers and directly production are included in the interaction chain. With today’s development trend, the world in terms of the use and existence of the Internet of things will change in the next 10 years. Already, we can confidently say that we live in the world of IoT devices.
The most important element of the Internet of things are sensors, they are also sensors and actuators (actuators) as a counterpart.
For the system to work, you need servers that provide the interaction logic and interconnection of sensors and actuators. So far, a person defines logic, but self-learning algorithms will subsequently be able to successfully replace or reduce a person’s role in this process.
For the system to work, you need servers that provide the interaction logic and interconnection of sensors and actuators. So far, a person defines logic, but self-learning algorithms will subsequently be able to successfully replace or reduce a person’s role in this process.
The most important element of the Internet of things are sensors, they are also sensors and actuators (actuators) as a counterpart.
For the system to work, you need servers that provide the interaction logic and interconnection of sensors and actuators. So far, a person defines logic, but self-learning algorithms will subsequently be able to successfully replace or reduce a person’s role in this process.
For the system to work, you need servers that provide the interaction logic and interconnection of sensors and actuators. So far, a person defines logic, but self-learning algorithms will subsequently be able to successfully replace or reduce a person’s role in this process.
Communication networks to provide communication between devices and data centers.
And as the most important element of the system that makes the Internet of things not just an automated control system but a smart platform, these are algorithms and codes that determine the meaning of the interaction between sensors and actuators.
And as the most important element of the system that makes the Internet of things not just an automated control system but a smart platform, these are algorithms and codes that determine the meaning of the interaction between sensors and actuators.
Communication networks to provide communication between devices and data centers.
And as the most important element of the system that makes the Internet of things not just an automated control system but a smart platform, these are algorithms and codes that determine the meaning of the interaction between sensors and actuators.
And as the most important element of the system that makes the Internet of things not just an automated control system but a smart platform, these are algorithms and codes that determine the meaning of the interaction between sensors and actuators.
The principles of operation inherent in sensors and actuators have been known for a long time. Over the past 10 years, the situation has ensured the rapid growth of the IoT-cost of sensors and actuators has decreased many times, which made it possible to implement these devices anywhere.
The value of the IoT platform is especially evident when several platforms interact with each other and with other market participants, thereby creating a synergistic effect. Thousands and thousands of platforms create an element of the digital economy.
