The "Internet Of Things" Era Brings The Best Fit Shoes.

< p > < strong > the "Internet of things" has not yet been uniformly defined < /strong > < /p >.

< p > Pan Yunhe, executive vice president of the Chinese Academy of engineering, said that control industry, computer industry, sensing industry, communication industry and so on put forward the concept of Internet of things from their respective perspectives, but they all had different priorities.

This concept was first proposed by Massachusetts Institute of Technology in 1999.

The ITU Internet Report 2005: Internet of things, launched by ITU in 2005, began to focus on this word.

With the extension and expansion of the Internet, it is proposed that any articles be linked to the Internet through information sensing devices (such as RFID) for information exchange and communication, so that intelligent identification, location, tracking, monitoring and management can be realized.

Based on this concept, the Internet of things is analyzed as three basic parts: perception, pmission and processing.

< /p >

< p > although the concepts put forward by some experts and scholars have been supported, they lack completeness and accuracy.

It is generally accepted that so far there is no clear definition of the Internet of things.

< /p >

< p > < strong > the era of Internet of things "all things data" < /strong > /p >

< p > "the emergence of computers and the Internet has created a lot of data, but the data created by the Internet of things will be much more than the Internet." Pan Yunhe said, "the Internet of things will create a large number of data sea."

More and more data sea is emerging in our country.

For example, business data centers established by commercial authorities, such as remote sensing data centers, including meteorological, oceanic, territorial and communications sectors.

< /p >

< p > the field of application of the Internet of things is also very extensive. Pan Yunhe gave an example of intelligent manufacturing to everyone.

China has made 50% of the world's leather shoes, and exports to Europe 1 billion 250 million pairs annually, but the average is only 8 euros, and the price is only 1/3 of the average level in Italy.

< /p >

< p > "many enterprises consider leather shoes to be a typical extensive product. The shape of human feet is ever-changing, and the parameters of leather shoes are one to two.

Are you wider or narrower, and there is a parameter behind it, but this parameter is basically not needed.

When you buy shoes, you don't fit in the shoes. The salesperson tells you that leather shoes are like this. You wear them in a month. After a month, you are comfortable, but the appearance of leather shoes has changed.

< /p >

< p > "in fact, even the most traditional leather shoes manufacturing industry can make more comfortable shoes through the use of Internet of things."

Pan Yunhe said, we propose to make personalized leather shoes, using computer aided design technology.

The method is to scan the foot of the human body and generate the digital model of the foot.

Then merge with the standard shoe last, come out the personalized digital shoe last, finally make the leather shoes that oneself apply.

< /p >

< p > new shoes are worn to ensure that feet do not hurt. This not only changes the design pattern of leather shoes, but also changes the sales of leather shoes.

In addition to your real feet, everyone has a number of feet. One person scans once, and finally there is a disc, which contains the foot of your number.

If you look at the pair of shoes on the Internet, you will specify these shoes, pass your digital feet to the shoe factory, and the shoe factory will send you the shoes in two weeks.

We can see that although the price of these shoes has increased by several hundred yuan, this price is all profit, without increasing any consumption of raw materials, and will not pollute any environment.

This is an example of upgrading the traditional industries by using the Internet of things technology.

< /p >

< p > Pan Yunhe put forward that a particularly notable feature of the Internet of things era is "data in all things".

In the era of Internet of things, we will usher in the "third wave of digitalization": everything is digitalized and identified.

< /p >

< p > {page_break} < /p >

< p > < strong > life can be intelligent < /strong > < /p > in the near future

< p > the application of the Internet of things will be manifested in many areas, and will change our work and life style.

For example, residents wear small wireless sensors, collect and analyze personal physiological data, and pmit receipts to data centers through wireless communication. They can not only be used for real-time monitoring and analysis, but also form health information data sea.

< /p >

< p > health information data sea is the core of "smart medical" network.

It can not only keep abreast of the health of residents, but also systematically analyze and effectively prevent diseases.

Doctors can also learn about the further laws of disease and health, and make accurate predictions of large-scale outbreaks of disease.

< /p >

< p > "maybe ten years later, when you go home to see the old man, sending a sensor is a good gift."

Pan Yunhe laughs.

< /p >

< p > "making the object emit more and more abundant data is the most basic work of Internet of things and intelligent city, and is also the front of all kinds of innovation at present."

Pan Yunhe predicted that new sensors, markers, monitoring instruments, medical devices, household health equipment, food safety instruments, new toys and stationery will form a huge new product space, and will also effectively promote scientific development.

< /p >

< p > Pan Yunhe said that the Internet of things is supported by five major technological systems: communication system, computing system, control system, sensing system and data sea.

The development of various technologies and the integration of technologies will provide huge space for engineering technology.

In the near future, we only need to move our fingers to control the household through mobile phones or computers. We can monitor the agricultural products through sensors, so as to effectively irrigate and spray pesticides, reduce costs and increase profits. We can collect health data through small sensors worn by the human body.

< /p >

< p > < /p >.

< p > intelligent logistics, smart home, fine farming and animal husbandry, intelligent medical treatment, intelligent pportation, environmental protection, industrial automation, financial services, national defense and military affairs, the Internet of things has enormous room for development, and will have a profound impact on society.

Taking intelligent logistics as an example, it is estimated that by 2015, the scale of IOT industry in the field of intelligent logistics will reach 30 billion.

< /p >