When the concept of the Internet was in the ascendant above China’s capital market, Eric Schmidt (now CEO of Alphabet, Google’s parent company), the executive chairman of the Internet giant Google, boldly predicted: the Internet is about to disappear, a highly personalized and interactive An interesting world of transformation-the Internet of Things is about to be born. Schmidt's remarks can be described as self-subversion. He said: "I can say very directly that the Internet will disappear."
Schmidt said that in the future, there will be a huge number of IP addresses, sensors, wearable devices, and things that you can interact with although you can't feel them, and will always be with you at all times. "Imagine that you walk into the room and the room will change accordingly. With your permission and all these things, you will interact with everything that happens in the room." He said that this change is unprecedented for technology companies. Opportunity, "The world will become very personal, very interactive and very very interesting." "All the bets at the moment are related to the smartphone application infrastructure. It seems that there will be a new competitor to provide applications for smartphones, and smartphones have become supercomputers. I think this is a completely open market."
The American market research company Gartner predicts that by 2020, the Internet of Things will bring an annual market profit of 30 billion U.S. dollars. By then, there will be 2.5 billion devices connected to the Internet of Things, and it will continue to grow rapidly. The resulting huge market potential has become a new growth engine for U.S. technology companies. U.S. companies including Cisco, AT&T, Axeda, Amazon, Apple, General Electric, Google, and IBM are vying to take the lead in the IoT industry. status.
Samsung Electronics President and CEO Yoon Boo-keun said that the Internet of Things is Samsung's key business direction. Yin Fugen also revealed the timetable for Samsung's technical support for the Internet of Things: By 2017, all Samsung TVs will become Internet of Things devices; within five years, all Samsung hardware devices will support the Internet of Things. Coincidentally, chip giant Qualcomm also disclosed its IoT plans at CES. Qualcomm President Derek Aberle (Derek Aberle) said that Qualcomm has launched 15 IoT devices in more than 30 countries around the world, involving digital glasses, child trackers, smart watches and other products. In the future, Qualcomm will use smartphones as the fulcrum to expand the Internet of Vehicles, medical care, wearable devices and other fields. Manufacturing giants also hope to establish themselves as a leader in the Internet of Things. General Electric announced in October last year that it had formed an alliance with a number of technology giants to establish an IoT alliance. The purpose of GE's move is to seek support from all parties for its Predix platform.
Predix software is designed to make various IoT endpoints intelligent. Other cooperation on a global scale is also underway. Intel has joined hands with the city of San Jose to use the company's strengths to further promote the city's "GreenVision" program. Gregg Berkeley, Intel’s director of global IoT business development and sales, said that Intel is currently discussing how to use Intel’s IoT technology to build smart cities with 20 or 30 global partners, some of which are in Asia and some in Europe.
As an extension of the Internet, the Internet of Things uses communication technology to connect sensors, controllers, machines, people and things in new ways to form a connection between people and things, things and things, and it is important for cloud computing and entities at the information end. The demand for related sensing equipment in the segment makes the union within the industry an inevitable trend in the future and opens up unlimited possibilities for practical applications.
In the past year, cloud computing and big data have continued to ferment, and the Internet of Things has become one of the major trends in the future. Many netizens have doubts about the relationship between the Internet of Things and the Internet. Let us take a look. What is the Internet? The Internet, also known as the Internet, the Internet, etc., is a huge network formed by a series connection between networks. The English abbreviation of Internet of Things is TheInternet of things, which is the network connected by things.
The definition of the Internet of Things is to use radio frequency identification (RFID), infrared sensors, global positioning systems, laser scanners and other information sensing equipment to connect any item to the Internet according to an agreed agreement for information exchange and communication to achieve A network of intelligent identification, positioning, tracking, monitoring and management of items.
Simply put, the Internet of Things is a ubiquitous network built on the Internet. The important foundation and core of the Internet of Things technology is still the Internet. Through the integration of various wired and wireless networks with the Internet, information about objects can be accurately transmitted in real time.
The Internet of Things is a new world, a world much larger than the Internet. The Internet has helped people solve information sharing and interaction for more than 20 years. It has almost instantly subverted many traditional business models and turned selling products into selling. The content and service are a great industry achievement.
Lei Jun said a long time ago: "There will be no so-called Internet companies in the future. In the future, every company will become an Internet of Things company."
This arena is big enough, right? But from the division of labor, the Internet is only a part of the Internet of Things, mainly in terms of IT services. Because of its "connecting everything" feature ("connecting everything" is the first roadmap proposed by Ma Huateng at the 2013 WE Conference), the Internet of Things has many new features that the Internet does not have. For example, the Internet has connected all people and information content to provide standardized services, while the Internet of Things has to consider various hardware integration, applications in multiple scenarios, and differences in people's habits. Compared with the Internet, the Internet of Things requires more in-depth content and services, as well as more differentiated applications, and will also be more humane. This is also in line with our constant pursuit of better service experience. This is an eternal need. .
Therefore, it can also be asserted that all future companies are IoT companies. They enjoy the various conveniences of the Internet of Things, using Internet of Things tools and technologies to produce Internet of Things products and provide people with Internet of Things services.
1. Sensor technology: This is also a key technology in calculator applications. As everyone knows, most calculators deal with digital signals so far. Since calculators existed, sensors have been needed to convert analog signals into digital signal calculators for processing.
2. RFID tag: It is also a kind of sensor technology. RFID technology is a comprehensive technology integrating radio frequency technology and embedded technology. RFID has broad application prospects in automatic identification and item logistics management.
3. Embedded system technology: it is a complex technology that integrates computer software and hardware, sensor technology, integrated circuit technology, and electronic application technology. After decades of evolution, intelligent terminal products featuring embedded systems can be seen everywhere; as small as MP3 around people, as large as aerospace satellite systems. Embedded systems are changing people's lives and promoting the development of industrial production and the defense industry. If the Internet of Things is used as a simple analogy with the human body, sensors are equivalent to human senses such as eyes, nose, and skin. The network is the nervous system to transmit information, and the embedded system is the human brain. After receiving the information, it must be classified. deal with. This example vividly describes the position and role of sensors and embedded systems in the Internet of Things.
In short, we can find that the concept of the Internet of Things is a network concept based on the concept of the Internet, extending and extending its client to any item and any item, for information exchange and communication. The relationship between the Internet of Things and the Internet concept is also an interdependent relationship.
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