What does IoT engineering automation mean

The term Internet of Things (Internet of Things) is widely recognized at home and abroad and was first proposed by Professor Ashton of the Mitauto-ID Center in 1999 when he was researching RFID. In the report of the same name released by the International Telecommunication Union (ITU) in 2005, the definition and scope of the Internet of Things have changed, and the coverage has been greatly expanded, no longer only referring to the Internet of Things based on RFID technology.

The Internet of Things is a network based on the Internet, traditional telecommunication networks and other information carriers, so that all ordinary physical objects that can be addressed independently can be interconnected.

1. The role of the Internet of Things: The China Internet of Things School-Enterprise Alliance defines the Internet of Things as the combination of almost all current technologies and computer and Internet technologies to realize the real-time sharing of environmental and state information between objects and the intelligent collection, transmission, processing and execution.

Broadly speaking, the current application of information technology can be included in the scope of the Internet of Things.

The evolution of the Internet of Things.

The idea of the Internet of Things can be traced back to Bill Gates' 1995 book "The Road to the Future". In "The Road to the Future", Bill Gates has mentioned the Internet of Things, but it was limited by the development of wireless networks, hardware and sensing devices at that time, and it was not taken seriously. In 1998, the Massachusetts Institute of Technology (MIT) in the United States creatively proposed the idea of the Internet of Things (IoT), which was then known as the EPC system.

In 1999, based on item coding, RFID technology and the Internet, the American Auto-ID Center first proposed the concept of the Internet of Things.

The computer refers to the series of awesome configurations of PC computers made by Microsoft's big brother, and most of these professional ones are program apes; Only 5% of the CPU produced in the world is used in computers, and the rest are used in embedded machines, automation is one of them, automation majors will learn some embedded development, starting from single-chip microcomputers, and the awesome point can be advanced to ARM and other embedded.

Derived from the direction of automation, it is mainly automated, that is, it is mainly controlled, and it is biased towards hardware.

Summary. Electrical automation technology (smart IoT) is a field that combines electrical engineering and automation technology to realize the intelligence, automation and interconnection of equipment, systems and processes through the use of advanced sensors, communication technologies and data analysis. Based on the concept of the Internet of Things (IoT), the smart IoT enables real-time data collection, analysis, and control by connecting sensors and actuators to devices and systems on the Internet.

Electrical automation technology plays an important role in this area. The technology can be applied to various fields, such as industrial production, building management, energy management, smart home, etc. It can realize remote monitoring and control of equipment, automate production lines and processes, and improve production efficiency and quality.

In addition, the intelligent IoT can also realize automatic fault diagnosis and maintenance of equipment, reducing downtime and maintenance costs. Electrical automation technology can also be combined with other technologies, such as artificial intelligence (AI), big data analysis, cloud computing, etc., to further improve the intelligence and efficiency of the system. Through intelligent analysis and decision-making, goals such as optimizing energy consumption and improving resource utilization can be achieved.

In short, electrical automation technology (intelligent IoT) is a field that uses advanced sensors, communication and data analysis technologies to realize the intelligence, automation and interconnection of equipment and systems. It has a wide range of prospects for industrial and life applications.

What is electrical automation technology (intelligent Internet of Things).

What is electrical automation technology (intelligent Internet of Things).

Electrical automation technology (smart IoT) is a field that combines electrical engineering and automation technology to realize the intelligence, automation and interconnection of equipment, systems and processes through the use of advanced sensors, communication technologies and data analysis. Based on the concept of the Internet of Things (IoT), the smart IoT enables real-time data collection, analysis, and control by connecting sensors and actuators to devices and systems on the Internet. The automation technology of electric potato gas production plays an important role in this field.

The technology can be applied to various fields, such as industrial production, building management, energy management, smart home, etc. It can realize remote monitoring and mold control of equipment, automate production lines and processes, and improve production efficiency and quality. In addition, the intelligent IoT can also realize automatic fault diagnosis and maintenance of equipment, reducing downtime and maintenance costs.

Electrical automation technology can also be combined with other technologies, such as artificial intelligence (AI), big data analysis, cloud computing, etc., to further improve the intelligence and efficiency of the system. Through intelligent analysis and decision-making, goals such as optimizing energy consumption and improving resource utilization can be achieved. In short, electrical automation technology (intelligent IoT) is a field that uses advanced sensors, communication and data analysis technologies to realize the intelligence, automation and interconnection of equipment and systems.

It has a wide range of prospects for its application in industry and bioscience.

The Internet of Things is an information carrier such as the Internet and traditional telecommunication networks, which allows all ordinary objects that can exercise independent functions to achieve interconnection. The Internet of Things is an important component of the new generation of information technology, and it is also an important stage of development in the information age.

1. The core and foundation of the Internet of Things is still the Internet, which is an extension and expansion of the network on the basis of the Internet.

2. Its user terminal extends and expands to any item and between items, for information exchange and communication, that is, the exchange of things. The Internet of Things (IoT) digitizes the real world and has a wide range of applications.

Automation refers to the process in which a machine or device is automatically operated or controlled according to a prescribed procedure or instruction without human intervention. The application field of automation can be divided into office.

But both IoT and automation are important technologies with different applications and advantages. The Internet of Things is a connected economy that enables more efficient production and services by connecting devices and sensors so that they can exchange data. The Internet of Things can be applied in a variety of fields, such as smart homes, smart cities, industrial automation, etc.

Automation is a way of optimizing business and workflows by automating repetitive and tedious tasks through the use of technologies such as computer software and robots. Automation can increase efficiency and accuracy and free up staff time to work on more complex tasks. Therefore, both the Internet of Things and automation have their own advantages and application fields.

Depending on specific needs and goals, the two can be combined to achieve more efficient production and service.

Classmate, which one are you more interested in?

What are the advantages of their two majors in terms of future employment and graduate school entrance examinations? Which units are employed in the two majors?

Ma is facing the choice of major.

Or are you more appliant?

It's not clear. Because it depends on the path you consider in the future, is it to go on to higher education or to take the entrance examination?

If you want to take the postgraduate examination, if you can't afford it, you will choose employment.

What about the computer side?

I'm only a freshman, and I'm choosing a major next semester, and I don't have a concept of the major, both of which are in the School of Automation.

IoT and automation are both important first-tech areas of the future, and having skills and knowledge in both areas will provide many opportunities for future employment. The following are the employment prospects and directions of IoT and automation: Career Direction of IoT - IoT Development Engineer - Data Scientist Data Analyst - Product Manager Project Manager - Security Engineer Cyber Security Specialist - Cloud Computing Engineer Cloud Frame Car Architect - IoT Consultant Technical Consultant - IoT Marketing Salesperson - Smart Home Design Engineer - Internet of Things System Manager Automation Employment Direction - Automation Engineer - Machine Vision Engineer - Control Engineer - Robotics Engineer Machine Talker Operator - Automation Technology Consultant - Automation Project Manager - Automation Line Maintenance Engineer - Automation Software Engineer - Automation Test Engineer As the application of IoT and automation continues to expand, employment opportunities in these areas will continue to grow.

Depending on your interests and career plans, you can choose to study and develop in the field of IoT or automation to find a career opportunity that suits you.

You can take a look at the career paths of these two majors and plan your studies according to your own interests.

If it is partial to the application and improvement of comprehensive capabilities, and the use of the networking tool of the physical combat section to solve practical problems, it is recommended to choose the Internet of Things project; If you want to do professional and in-depth, as well as the AI calculation and nuclear bridge method, you can consider automation.

Mistake.

According to the query of the question bank, automation is not a basic feature of the Internet of Things. Answer: False. Automation is a fundamental feature of the Internet of Things. then enlightened.

Automation refers to the process of achieving the expected goals through automatic detection, information processing, analysis and judgment, manipulation and control of machinery and equipment, systems or processes (production and management processes) without the direct participation of people or fewer people. Automated technology is widely used in industry, agriculture, military, scientific research, transportation, commerce, medical, service and household.

Summary. Hello dear, I'm Xiaodu, I'm happy to answer your <>

Internet of Things Engineering Technology is a junior college major in ordinary colleges and universities, and it belongs to the communication major. This major cultivates high-quality technical and skilled talents with all-round development of morality, intelligence, physique and aesthetics, good professional ethics and humanistic qualities, mastering key technical knowledge of the Internet of Things, such as wireless sensor network technology, embedded technology, RFID technology, smart home product development, etc., and engaged in the planning, construction management of Internet of Things engineering projects, installation, commissioning and maintenance of Internet of Things equipment, and after-sales service of Internet of Things projects.

What is IoT engineering.

Hello dear, I'm Xiaodu, I'm happy to answer your <>

Internet of Things Engineering Technology is a junior college major in ordinary colleges and universities, and it belongs to the communication major. This major cultivates high-quality technical and skilled talents with all-round development of morality, intelligence, physique and aesthetics, good professional ethics and humanistic qualities, mastering key technical knowledge of the Internet of Things, such as wireless sensor network technology, embedded technology, RFID technology, smart home product development, etc., and engaged in the planning, construction management of Internet of Things engineering projects, installation, commissioning and maintenance of Internet of Things equipment, and after-sales service of Internet of Things projects.

The Internet of Things Engineering major cultivates high-quality technical and skilled talents with all-round development of morality, intelligence, physique and beauty, good professional ethics and humanistic qualities, mastering key technical knowledge of the Internet of Things, such as wireless sensor network technology, embedded technology, RFID technology, smart home product development, etc., engaged in the planning, construction management of Internet of Things engineering projects, installation, commissioning and maintenance of Internet of Things equipment, and after-sales service of Internet of Things projects.

It is mainly employed in the Internet of Things and information service industry, and is engaged in the planning, construction management of Internet of Things projects, the installation, commissioning and maintenance of Internet of Things equipment, and the after-sales service of Internet of Things projects in technical fields such as wireless sensor networks.

It is mainly employed in the Internet of Things and information service industry, and is engaged in the planning, construction management of Internet of Things projects, the installation, commissioning and maintenance of Internet of Things equipment, and the after-sales service of Internet of Things projects in technical fields such as wireless sensor networks.