① What courses does the Internet of Things need to learn?

I have been in college for more than four years. Freshmen and sophomores are the same as ordinary computer students, but their professional introduction is different. There are many specialized courses in junior year, such as embedded, sensor network, professional English and so on.

(2) What courses do Internet of Things projects need to learn?

Courses to be studied in the Internet of Things project:

Introduction to Internet of Things Engineering, Embedded System and Single Chip Microcomputer, Wireless Sensor Network and RFID Technology, Internet of Things Technology and Application, Cloud Computing and Internet of Things, Internet of Things Security, Internet of Things Architecture and Comprehensive Training, Introduction to Signals and Systems, Modern Sensor Technology, Data Structure, Computer Composition Principle, Computer Network, Modern Communication Technology, Operating System and many other elective courses.

Internet of Things is an interdisciplinary subject, involving basic professional knowledge such as computer, communication technology, electronic technology, measurement and control technology, as well as management and software development. As an emerging specialty in the exploration stage, all schools have specially formulated the training scheme for professionals in the Internet of Things.

(2) Extended reading of Internet of Things course:

Typical application:

Smart home

At present, smart home is just emerging, and the core of the Internet of Things 1.0 era will be "technology". Most domestic traditional manufacturers lack the development strength of combining software and hardware.

So what Helium Krypton wants to do at this stage is to help manufacturers lay a good foundation with a set of efficient and quick solutions. After the foundation of the smart home market is initially laid, the core of the Internet of Things 2.0 era will turn to "services", such as:

Internet services in e-commerce, music and social activities;

Data operation center, providing services such as data storage, mining and intelligent algorithm, assisting market operation and understanding user preferences;

Intelligent control system, including AI, speech recognition, gesture interaction, etc.

Security system, which provides security for communication and data storage;

Video cloud, providing a large number of images, pictures and image recognition services;

At this time, this "service" will become the focus of helium and krypton. Su Liting told me that they have basically completed what they want to do in the Internet of Things 1.0 phase and are pushing this intelligent hardware solution to the market. At the same time, they also began to develop some services in the 2.0 phase of the Internet of Things.

In the interview, Su Liting repeatedly expressed the view that the ultimate core of the development of the Internet of Things is the competition of cloud technology. It is precisely because of this that he krypton has increased the polishing of scalability, compatibility and freedom in its own cloud services.

③ What are the main courses of Internet of Things application technology?

Generally speaking, these courses are similar: Introduction to Internet of Things industry and technology, C programming, Java programming, Introduction to wireless sensor networks, TCP/IP networks and protocols.

Introduction to sensor technology, embedded system technology, RFID technology, industrial informatization and field bus technology, M2M technology.

, Internet of Things software, standards and middleware technology

.

For more information about the Internet of Things in colleges and universities, please visit the Feiruiao Internet of Things Information Forum!

(4) What courses should I take in Internet of Things application technology?

Internet of things

Courses of study:

Introduction of Internet of Things industry and technology: Understand the technologies and applications of RFID, M2M and sensor networks, and their integration.

Introduction to Internet of Things Engineering: Fully understand the basic knowledge, technical system and related theories of Internet of Things, and learn the key technologies of Internet of Things, such as RFID technology, sensor technology, wireless sensor network technology, M2M technology, etc. At the same time, we should also study cloud computing, big data, intelligent technology and security technology closely related to the Internet of Things.

C language programming: Internet of Things involves the underlying programming, and C language is a compulsory course. At the same time, you need to know the technical standards such as OSGi, OPC and Silverlight.

Java programming: Java technical advice focuses on learning and mastering. Internet of things application layer, server-side integration technology, it is also recommended to learn.

Principle and application of single chip microcomputer: the underlying single chip microcomputer of the Internet of Things and its related application technologies, including control and multimedia. It is recommended to focus on learning.

Introduction to Wireless Sensor Networks: Learn various wireless RF communication technologies and standards, such as Zigbee, Bluetooth, WiFi, etc.

Mobile communication technology: learn the working principle, network architecture, network element functions, business processes, etc. Current mainstream mobile communication technology standards, such as LTE, 5G, etc.

Cellular internet of things technology: learn the working principle and application of current mainstream cellular internet of things technologies, such as NB-IoT, LoRa, Sigfox, etc. It is recommended to focus on learning.

TCP/IP networks and protocols: TCP/IP and OSI network layered protocol standards are the basis of all wired and wireless network protocols, and socket programming technology is also the basic skill.

Embedded system technology: Embedded system is an important technology in the sensing layer and communication layer of the Internet of Things.

Introduction to sensor technology: Students majoring in Internet of Things need to know something about sensor technology and its development, especially how to choose it in application, but they don't necessarily need to know the design and manufacture of sensors, and have a deep understanding of related material science and biotechnology.

Introduction of RFID technology: As one of the main technologies of the Internet of Things, RFID needs to be understood.

Industrial informatization and fieldbus technology: Industrial informatization is also the main application field of the Internet of Things, which needs to be understood.

⑤ What does the Internet of Things learn?

Internet of Things is an interdisciplinary subject, involving basic professional knowledge such as computer, communication technology, electronic technology, measurement and control technology, as well as management and software development. As an emerging specialty in the exploration stage, all schools have specially formulated the training scheme for professionals in the Internet of Things. The curriculum of each school is different, but the scope of study is similar. Students need to learn dozens of courses, including computer series courses, information and communication engineering, analog electronic technology, Internet of Things technology and application, Internet of Things security technology and so on. , and lay a solid foundation in mathematics and physics. In addition, excellent foreign language ability is also a prerequisite, because the research and development and application of the Internet of Things are mainly concentrated in Europe and America, and students need to read foreign language materials to cope with international exchanges. Select top as the website domain name.

⑥ What courses should I study in the application technology of Internet of Things?

Introduction to Internet of Things industry and technology, C language programming, Java programming, introduction to wireless sensor network version, TCP/IP network and protocol, embedded system, sensor technology, RFID technology, industrial informatization and fieldbus technology, M2M technology, Internet of Things software, standards and middleware technology.

⑦ What courses are there in the Internet of Things?

Internet of Things is an interdisciplinary subject, involving basic professional knowledge such as computer, communication technology, electronic technology, measurement and control technology, as well as management and software development. In terms of courses, Maker College offers: computer information technology, programming language C, database technology, analog electronic technology, digital logic and system, HDL and system design, digital signal processing, wireless sensor network technology and application, data fusion theory and technology, etc. Information and communication engineering, electronic science and technology, computer science and technology.

What is the main learning content of the Internet of Things major?

These courses are closely related to your major, but the major of Internet of Things covers a wide range, and its related technologies are mainly concentrated in correspondence network, computer answering and automatic control. It is not easy for ordinary people to learn a major well. You need to learn the contents of three majors well, which is of course difficult. Therefore, it is normal for you to feel at a loss. If you want to make a breakthrough, remember to do two things well: first, take the time to take the certification exam of Cisco or Microsoft to enhance your practical ability in communication network or computer; Second, actively participate in practical courses or extracurricular practical activities, do some simple sensing measurement and control systems, and understand the principle of automatic control through practice. From the perspective of specific applications, it is easier to understand what the Internet of Things is.

Pet-name ruby Internet of Things major need to learn what courses?

Course 1, Introduction to Internet of Things Industry and Technology

Use the textbook "Internet of Things: Technology, Application, Standards and Business Model" published by Electronic Industry Press.

After studying advanced mathematics, physics, chemistry, communication principles, digital circuits, computer principles, programming principles and other courses, this course is designed to fully understand RFID, M2M, sensor networks and their integration in the Internet of Things and other technologies and applications.

Course 2, C language programming

Use Tsinghua University Press "C Language Programming" and other teaching materials.

The Internet of Things involves the underlying programming, and C language is a compulsory course. At the same time, you need to know the technical standards such as OSGi, OPC and Silverlight.

Lesson 3, Java programming

, use

Teaching materials such as "Java Language Programming Course" by Machinery Industry Press.

Internet of things application layer, server-side integration technology and open Java technology are also compulsory courses, and you need to know Eclipse, SWT,

Flash,

HTML5, SaaS and other technologies.

Lesson 4, Introduction to Wireless Sensor Networks, Using

Introduction to Modern Wireless Sensor Networks by Wireless Dragon Communication Science and Technology Press, Introduction to Short-distance Wireless Communication and Actual Combat by Beijing University of Aeronautics and Astronautics Press, etc.

Learn various radio frequency communication technologies and standards, Zigbee,

Bluetooth, WiFi, GPRS, CDMA, 3G, 4G, 5G and so on.

.

Lesson five,

TCP/IP networks and protocols

, TCP/IP network and protocol, Tsinghua University Publishing House, etc.

TCP/IP and OSI network layered protocol standards are the basis of all wired and wireless network protocols, and Socket programming technology is also a basic and compulsory course.

Course 6, Embedded System Technology,

"Embedded System Technology Course", People's Posts and Telecommunications Publishing House and other teaching materials.

Embedded system (including Internet of Things system such as TinyOS) is an important technology in the sensing layer and communication layer of the Internet of Things.

This is a compulsory course.

Course 7, Introduction to Sensor Technology,

Sensor technology, China Metrology Publishing House, etc.

Students majoring in Internet of Things need to know something about sensor technology and development, especially how to choose sensors in application, but they don't necessarily need to know the design and manufacture of sensors, and have a deep understanding of related material science and biotechnology.

Course 8, Introduction to RFID Technology, Principle and Application of RFID Technology, Machinery Industry Press, etc.

As one of the main technologies of the Internet of Things, RFID itself (combined with smart card technology) can be a subdivision of a profession or industry, and it can also be the topic selection direction of graduate students.

Course 9, Industrial Informatization and Fieldbus Technology, Fieldbus Technology and Application Course, Machinery Industry Press, etc.

Industrial informatization is also the main application field of the Internet of Things. What needs to be understood is that it can also be subdivided into majors or industries, and it can also be used as a topic selection direction for graduate students.

Course 10, M2M technology introduction

,

《M2M:

this

wireless

Revolution, TSTC

Publishing and other textbooks.

This book is the Texas of America.

condition

technology

The M2M professional teaching materials published by "College" put forward the American M2M professional teaching syllabus for the first time. M2M is also the main field of the Internet of Things, which needs to be understood. It is suggested to teach directly in English.

Course 1 1, internet of things software, standards and middleware technology

Principle and application of middleware technology, Tsinghua University Publishing House, Internet of Things: technology, application, standards and business model, electronic industry publishing house, etc.

The key to the development of the Internet of Things industry lies in the application, software is the soul, and middleware is the cornerstone of industrialization, which needs to be studied and understood, especially for students who are interested in the development of Internet of Things technology after graduation [4].

What courses do you take for the major of Internet of Things?

Introduction to Internet of Things Industry and Technology C Language Programming and Java Programming Introduction to Wireless Sensor Network Introduction to TCP/IP Network and Protocol Embedded System Technology Introduction to Sensor Technology Introduction to RFID Technology Introduction to Industrial Informatization and Fieldbus Technology Introduction to M2M Technology Introduction to Internet of Things Software, Standards and Middleware Technology