In the course of research on the evolution of the Internet of Things and IoT neurology, we proposed that "The Internet of Things is evolving in a direction that is highly similar to the human brain. It will have its own visual, auditory, tactile, motor nervous system, and it will have its own On the other hand, the human brain has evolved all the Internet of Things functions at least tens of thousands of years ago, and the evolving Internet of Things will help neuroscientists uncover the secrets of the brain. Scientific experiments will prove that the brain also has a search engine like Google, an SNS system like Facebook, an address encoding system like IPv4, and a Cisco routing system...".
The relationship between the Internet and cloud computing, big data, Internet of Things, and Industry 4.0 (Industrial Internet of Things) was also explained on the basis of the "Internet of Things Virtual Brain Structure" drawn from this research.
1. The Internet of Things is the sensory nervous system of the Internet's brain
Because the Internet of Things focuses on the concept of sensor awareness, it also has functions such as network line transmission, information storage and processing, and industrial application interfaces. And it is also common to share servers, network lines, and application interfaces with the Internet. This enables people to human (H2H), human to thing (H2T), and thing to Thing (T2T). Communication becomes possible, and ultimately will integrate the human society, the information space, and the physical world (human-machine-object).
2. Cloud computing is the central nervous system of the Internet of Things
In the IoT virtual brain architecture, the central nervous system of the virtual brain of the Internet of Things is the core hardware layer of the Internet of Things. The core software layer and the Internet of Things information layer provide support and services for the virtual neural systems of the Internet of Things. At first glance, cloud computing and the Internet of Things are very similar to the characteristics of the virtual brain's central nervous system. In an ideal state, the Internet of Things's sensors and Internet users interact with cloud computing through network lines and computer terminals, provide data to cloud computing, and accept services provided by cloud computing.
3. Big data is the foundation of the Wisdom and awareness of the Internet of Things
With the rise of blogs, social networks, and technologies such as cloud computing and the Internet of Things, data on the Internet is growing and accumulating at an unprecedented rate. Internet of Things users' interactions, corporate and government information release, and real-time information sensed by IoT sensors are generating a large amount of structured and unstructured data at all times. These data are distributed throughout the Internet of Things network system. Extremely large. These data contain valuable information on the fields of economy, science and technology, education and so on. This is the root and background of the rise of Internet of Things big data.
At the same time, the extensive use of machine learning algorithms represented by deep learning in the field of Internet of Things has led to a deeper integration of IoT big data and artificial intelligence. This includes the leading world of big data and artificial intelligence. Level companies such as Baidu, Google, Microsoft, etc. In 2011, Google began to apply "deep learning" to its own big data processing. The combination of Internet of Things big data and artificial intelligence laid the foundation for the wisdom and consciousness of the Internet of Things.
4. Industry 4.0 or Industrial Internet of Things is essentially the germ of the Internet of Things motor system
The central nervous system of the Internet of Things is the software system in cloud computing. It controls the production equipment of industrial enterprises. The home equipment in the home, the office equipment in the office, and the mechanical equipment made by technologies such as intelligent, 3D printing, and wireless sensing become the Internet of things brain. Tools to transform the world. At the same time, these smart manufacturing and smart devices are also continuously feeding big data to the IoT brain for use in the IoT central nervous system.
5. The core of the Internet of Things+ is the evolution and expansion of the Internet of Things, reflecting the dynamic process of the Internet of Things from breadth, depth and integration into the real world.
For the Internet of Things + the concept of a new Internet of Things, which is rapidly heating up in China in 2015, we cannot use a separate diagram from the front. This is because the Internet of Things+ essentially reflects the dynamic process of the Internet of Things from breadth and depth to the erosion of the real world. The Internet of Things was born in 1969 in university laboratories and continues to expand. From the United States to the Americas, from Asia, Europe to Africa, and Antarctica, applications range from research, to life, entertainment, work, media, and industrial manufacturing. Internet of Things + proposer, Yu Yang of Analysys International thinks that the Internet of Things, like a black hole, is constantly engulfing the world. In fact, the Internet of Things + reflects the improvement of Professor Yang’s IOT black hole theory. The symbol + can be seen as a black hole entrance or mouth. This is why we call the Internet of Things.
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