What is Embedded IoT? IoT Embedded Career Prospects

The embedded Internet of Things generally refers to the development of the Internet of Things and embedded systems, the Internet of Things includes embedded systems, and embedded systems are an important technical part of the Internet of Things.

Embedded system is like a specific computer system, based on control, monitoring, assistance, machines, equipment, corresponding to people's various needs, such as computers in classrooms, car GPS navigation systems, televisions, microwave ovens in some remote equipment, automation equipment, etc.

The embedded system was originally composed of a single-chip microcontroller, and the embedded system in the early 80s of the 20th century was mainly for the intelligent transformation of hand tools, which contained eight-bit microprocessors, RAM, ROM, several 8-bit serial ports, parallel ports and two 16-bit timers of single-chip microcomputers were used in consumer electronics, medical electronics, intelligent control, communications, instrumentation and transportation.

By the late 80s of the 20th century, the great development of embedded computers was mainly due to the advancement of software technology. Gradually, there are different languages, such as PL M, C and other high-level languages, rather than simple assembly language.

Nowadays, drones with embedded systems are widely used, not only for low-speed drones, but also for various high-end technology products such as shuttles.

A well-established IoT encompasses embedded technology, computer network technology, perception technology, communication technology, intelligent data processing technology, intelligent control technology, computer network technology, location service technology, and information security technology. At the same time, the advent of 5G has made it possible to make hardcore mobile networks possible, which will promote the development of the Internet of Things and inject new vitality into it. In the near future, the Internet of Things will reach thousands of households, combined with AI intelligence, to create a new living environment for human beings.

The Internet of Things is the product of the combination of multiple technologies, and the embedded system is an auxiliary device with monitoring, system, computer, and equipment operationThe Internet of Things is an embedded system.

The Internet of Things is composed of embedded systems and other technologies, in fact, the Internet of Things is simply to add communication modules to electronic products, let them be networked, and then add the corresponding embedded system, and then you can connect with mobile terminals to achieve the purpose of remote control.

The external senses of the Internet of Things are enabled by sensors (sound, light, electricity, wind speed, infrared, etc.), and sensor technology is closely related to embedded systems. Systems that process and collect information can rely on embedded systems to enable error-free communication between people and things, and between things.

For example, the embedded Internet of Things can collect and detect images through sensors, cameras, etc., to prevent the occurrence of some illegal intrusions, gas leaks, fires and other abnormal conditions, and then feed back the received signals to the host system, and then feedback to the user through the network, so as to effectively reduce the loss of personnel and economic property.

The IoT embedded employment prospects are as follows:

First, the Internet of Things is an interdisciplinary matter, involving communication technology, sensing technology, network technology and embedded system technology. From the perspective of the demand of the talent market and the employment system of enterprises, the field of Internet of Things is in urgent need of relevant professionals;

Judging from the plan promulgated by the Ministry of Industry and Information Technology and the best at all levels, the Internet of Things will inevitably usher in the peak period of development in the next ten years, and the Internet of Things technical talents will also be bound to meet a beautiful era that belongs to it.

Second, the employment channels of the Internet of Things are mainly concentrated in three major areas, one is the intelligent hardware industry, which is also a hot spot for innovation, driven by 5G communications, the employment opportunities in the field of intelligent hardware will continue to increase, and many large technology companies have begun to lay out the AIoT field.

From this point of view, graduates majoring in the Internet of Things will have more opportunities to enter large factories. Graduates majoring in Internet of Things engineering can choose to engage in the research, design, construction, operation, monitoring and management of building energy conservation in ** management departments, scientific research institutions, design institutes, consulting companies, construction engineering companies, property and energy management, building energy-saving equipment and product manufacturing and production enterprises.

Third, in the next decade, the Internet of Things will be widely used in various fields such as transportation, logistics, security, electric power, home furnishing, medical care, mining, and military. It is foreseeable that it will bring great changes to the world economy and society. From this point of view, the employment prospects and employment directions of IoT professionals are broad.

Summary. Hello dear dear, I'm glad to answer for you, the Internet of Things and embedded technology are one of the hot fields at present, and the future employment prospects are very broad. With the continuous development and application of Internet of Things technology, the demand for Internet of Things technical talents in all walks of life is also increasing.

As the foundation and core of the Internet of Things technology, the demand for embedded technology talents is also increasing. In the future, smart home, intelligent transportation, intelligent medical care, intelligent manufacturing and other aspects will require a large number of embedded technology talents. At the same time, the rapid development of IoT technology has also led to the popularization of various smart devices and sensors, which also provides a wider range of application scenarios for the development and application of embedded systems.

Hello dear dear, I'm glad to be able to answer for you, the Internet of Things and embedded technology and information technology are one of the hot fields at present, and the future employment prospects are very broad. With the continuous development and application of Internet of Things technology, the demand for Internet of Things technical talents in all walks of life is also increasing. As the foundation and core of the Internet of Things technology, the demand for embedded technology talents is also increasing.

In the future, smart home, intelligent transportation, intelligent medical care, intelligent manufacturing and other aspects will require a large number of embedded technology slag talents. At the same time, the rapid development of IoT technology has also led to the popularization of various smart devices and sensors, which also provides a wider range of application scenarios for the development and application of embedded systems.

Therefore, talents who have mastered embedded systems and Internet of Things technology will have good development prospects in the job market, especially in the fields of industrial control, automation, communication equipment, smart home, smart medical care, and smart jujube Qichun city.

I shouted that Xinzi learned the physical network embedded, graduated from his senior year this year, he was afraid that it would be difficult to get a job now, and he wanted to go to graduate school, but he didn't know how to read, he studied at Nanjing Forestry University.

Of course, these are some of my personal suggestions, and it depends on your son's plans for the future.

With the gradual commercialization of 5G, more and more fields have joined the road of digital transformation and used IoT technology to implement intelligent upgrades. In particular, the industrial fields listed by the subject are pioneers in the pursuit of digital transformation.

Especially since the outbreak of the new crown epidemic in 2020, there have been many cases of enterprise shutdown or even bankruptcy due to the breakage of the ** chain and poor epidemic prevention management. For those enterprises that have survived difficult times, digital transformation has become an indispensable means to rebuild their core competitiveness in the context of the normalization of the epidemic.

Compared with the traditional business model, the implementation of digital transformation can bring great value to enterprises, including improving production efficiency, reducing labor costs, accelerating product iteration, optimizing management processes, strengthening manufacturing automation, etc., which can truly reduce costs and increase efficiency. In addition, the improvement of digitalization has also greatly improved the ability of enterprises to monitor various risks in production and operation to avoid related losses.

Of course, the above is only the value created by the Internet of Things for a certain field, in the same way, in the face of smart agriculture, smart transportation, smart home and other industries, the same Internet of Things technology can be used to achieve smarter and more convenient functions, such as climate sensors and temperature and humidity sensors can detect and analyze whether the current data meets the needs of crop growth, and intervene in conjunction with irrigation or insulation systems to ensure the best growth environment for crops. (To learn more about smart face recognition solutions, welcome to consult Hanmar Wisdom).

I don't know if you have noticed carefully, in fact, many applications of the Internet of Things have penetrated into all parts of our lives. For example, sharing bicycles, self-service scanning code riding, and locking the car and paying to leave after riding, this can well solve the efficiency of short-distance travel. There is also an application in the car, the professional term is called the Internet of Vehicles, and now many 10 tens of thousands of cars have the function of remote monitoring.

For example, you can start the car remotely through the app, check the status of the car through the app, where it is currently located, and remind you to maintain it according to your mileage and oil life. There are many similar examples, such as smart home products and small household appliances. Although some applications feel like chicken ribs, these are the results of their staking efforts, first occupying the market, and then slowly updating and iterating the product.

But it is undeniable that everyone can indeed feel the potential huge value of the Internet of Things, for fear that they will miss out on 100 million.

From all indications, it also reflects that the Internet of Things must be a development trend. In general, in fact, the Internet of Things can be integrated with any industry to make traditional products more intelligent and efficient. And we at Hanma Wisdom have been working hard to research and develop, and strive to provide you with more and better smart solutions, so that our lives are more convenient, and the future of science and technology is just around the corner!

1. The Internet of Things is an important part of the new generation of information technology, and it is the integration of the Internet and embedded systems to an advanced stage.

2. As an embedded system composed of important technologies of the Internet of Things, the perspective of embedded systems helps to deeply and comprehensively understand the essence of the Internet of Things.

3. Whether it is a general-purpose computer or an embedded system, it can be traced back to semiconductor integrated circuits. The birth of the microprocessor provided a normalized intellectual core for human tools.

4. The general-purpose microprocessor and embedded processor on the basis of microprocessor have formed two branches of the modern computer knowledge revolution, that is, the era of independent development of general-purpose computer and embedded system.

5. General computers have experienced an independent development path from smart platforms to the Internet; The embedded system has experienced an independent development path from smart IoT to local smart IOT.

6. The Internet of Things is the product of the integration of the Internet of general computers and the embedded system of stand-alone or local Internet of Things in the advanced stage.

7. In the Internet of Things, the infinite diffusion of microprocessors gives the Internet of Things the intellectual characteristics of "smart earth" in the form of "smart cells".