中国DOS联盟

Exclusive Interview with Hu Weiwu, Who Created "Chips" with Mao Zedong Thought: CPU Independence Requires a Long持久战
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2015-07-24 18:14:35 Font size: A- A A+ Source: China Science Daily
Keywords: Loongson Hu Weiwu Loongson Zhongke Mao Zedong Thought Loongson CPU
Hu Weiwu, the former head of the Loongson R & D team and now the head of Loongson Zhongke. Because of Loongson, his media exposure in recent years has been much higher than before. What impresses the media most about him is "creating 'chips' with Mao Zedong Thought". In fact, Hu Weiwu admires Chairman Mao very much: he always pins a Chairman Mao badge on his chest; when the "Loongson No. 1" was born in 2002, Hu Weiwu and a group of people took a taxi to Tiananmen Square, reported the success news to Chairman Mao Memorial Hall before going back to sleep.

Hu Weiwu
The birth of Loongson CPU has realized "ending the history of using foreign CPUs to build computers". Then, to industrialize Loongson CPU and build its own ecosystem, this "father of Loongson" needs to fight a "long持久战", as he put it, "just like the Long March".
After many years, what is the current development level of Loongson CPU? What stories are behind its development? How is the "Long March" of the head Hu Weiwu going? Not long ago, the reporter of China Science Daily interviewed Hu Weiwu twice at the 2015 Shuguang Innovation Technology Conference and the 3rd China Command and Control Conference, and had a further understanding of the entrepreneurial concept and mental journey of this Loongson head.

Realizing CPU Independence Requires a Long持久战
China Science Daily: Previously, in the microprocessor field, it has always been Intel from the United States and ARM from the United Kingdom that dominate the market, and the whole world uses these two CPUs. Under what background did the R & D and industrialization of Loongson be put on the agenda?
Hu Weiwu: When our country first formulated the "863" High-tech Plan, it considered that integrated circuits were too "expensive", and independent CPUs were not included in the support. Until the "10th Five-Year Plan" period, the "863" Plan began to support the R & D of independent CPUs, began to make sample chips and improve technologies, and imported the CPU achievements of "863" into the industry according to the "Core Electronic Components, High-end General-purpose Chips and Basic Software" major special project.
At that time, it was required to combine R & D and industry, but the problem of "two separate skins" of science and technology and industry was not completely solved, and there were detours and setbacks. Since the "12th Five-Year Plan", relevant departments have carried out applications and pilots in the security application field, clarified the route of "application traction", and are experiencing the process from imitation to surpassing and from low end to high end from national defense equipment to Party and government offices and then to important industries. Under such circumstances, Loongson was produced.
China Science Daily: Our country's independent CPU started late and the upstream and downstream industrial chains are immature. Then what is the development strategy of Loongson?
Hu Weiwu: Fight a long持久战. We should clearly see that it is not easy to develop an independent and controllable information industry system, which requires long-term accumulation. Both the skepticism of doing nothing and the quick victory theory of over-optimism are wrong. We should despise it strategically and attach importance to it tactically. This is a basic principle that our country should follow when developing independent intellectual property microprocessors and the information industry.
This year, we joined the "Longan Alliance" jointly initiated by Sugon and Lenovo Digital. From the perspective of Loongson, this is a market-oriented alliance. This alliance allows us not to fight alone in the independent industrial ecosystem. We hope that through the alliance, we can realize the usability from a single product to the whole system, and also hope to build a complete ecological environment with independent brand enterprises such as Sugon, so that the application promotion of our country's overall information system can reach a new height.
"Our Mission is to Achieve Autonomy in the Free Market"
China Science Daily: Since the "Prism Gate" incident, now the information industry is full of talk about information security and independent controllability. The cause of Loongson is to make chips for Chinese people, which is also the responsibility given by national information security. What do you think of this problem?
Hu Weiwu: I think the fundamental way out of China's IT industry lies in establishing an independent system. To change the current situation that China's IT industry is subject to others, it is not enough to rely on the breakthrough of one or two core technologies or one or two products. We must establish an independent and controllable information industry system, just as our predecessors established an independent and controllable industrial system in the era of "Two Bombs and One Satellite".
An independent system is conducive to independent innovation and continuous improvement. Establishing an independent and controllable software technology system can carry out continuous improvement based on this technology system, forming a spiral rise. Otherwise, following the upgrade in others' technology system, there will never be a chance to surpass, and we will always be backward. The CPU performance of Apple iPad is at least one order of magnitude worse than that of Intel's desktop CPU, but Apple Inc. adheres to establishing an independent software and hardware system, which has led to today's situation.
China Science Daily: You have been emphasizing "application traction" and put forward that "independent CPUs should gradually move from the realm of necessity of independent software and hardware to the realm of freedom in the process of combining with applications". How should this sentence be understood?
Hu Weiwu: The mission of our generation is to achieve autonomy under market conditions. In my opinion, the development path of independent software and hardware should be divided into three steps. First, meet a single application. Now, independent software and hardware can meet a single application based on embedded OS, such as weapon equipment, industrial control, etc., and the initial high-performance computer is also a single application.
Second, meet fixed applications. At the current stage, we are carrying out adaptation and optimization work in combination with complex fixed applications such as office systems and command systems. These applications involve OS, database, middleware, browser, office software, Flash, GIS, etc. Although complex, they have boundaries. After 2-3 years of efforts, independent software and hardware can meet fixed applications related to national security and national economic security.
Finally, meet open market applications. As long as independent software takes root in the fixed application market and the market share exceeds 5%, a large number of software and applications will actively join the independent software and hardware ecosystem, forming an independent ecology in the open market.
What should our policy be based on? Self-reliance. The standard to judge whether a technology is advanced is not to see whether it is closely following the United States, but to see whether it is closely combined with applications. Independent CPUs should gradually move from the realm of necessity of independent software and hardware to the realm of freedom in the process of combining with applications.
Don't Be a "Follower" and Build Loongson Ecosystem
China Science Daily: The industrial chain of CPU is very long. There are still five or six barriers from CPU to the final consumers. So making CPU is inseparable from the ecosystem. As a relatively new microprocessor manufacturer, what efforts has Loongson made in building the industrial ecological environment?
Hu Weiwu: A statistical report at the end of last year shows that the number of engineers and technicians developing software and hardware around Loongson in the downstream of Loongson has reached more than 10,000. Although it is still relatively small, it has a certain scale. The fundamental difference between Loongson and other enterprises is that we are committed to building a new ecosystem based on the existing software and hardware foundation.
There are now two major groups in the world: Windows + Intel and ARM + Google. Chinese software and hardware enterprises are all in these two ecosystems. I mentioned earlier that the fundamental way out of China's IT industry in the future is to establish a third pole, that is, to establish our own ecosystem. If we are in the ARM camp or the Intel camp, we will always be a follower. Now Loongson has united many enterprises in China. On the other hand, Loongson has also made many contributions in the open source community. If I contribute the most source code, the software will follow me, and this ecosystem will follow me.
China Science Daily: What kind of ecosystem do you look forward to Loongson establishing in the future? When is it expected to take shape?
Hu Weiwu: It is an open application that meets the open market. For example, to play stocks, now there are Apple version and Android version of stock software, and there should be a Loongson version, which is called an open application ecosystem. We hope that the construction of this ecosystem will be after the "13th Five-Year Plan" and at the beginning of the "14th Five-Year Plan".
There is a statistic from the Ministry of Industry and Information Technology that when the market share of CPU exceeds 5%, enterprises will take the initiative to adapt. Now many enterprises adapt to Loongson because of the market. We have also seen a good trend. In the early "11th Five-Year Plan" and "12th Five-Year Plan" periods, the customers of Loongson were mainly "institutional" enterprises. Now there are many "non-institutional" enterprises, such as Advantech Industrial Control - its status in the world's industrial control field is a bit like Lenovo's status in the PC field. There is no national project for it to make Loongson (industrial control boards, etc.), but they have invested in making many Loongson products by themselves. Why? It is also facing many markets. I think after the efforts of the "13th Five-Year Plan", around 2020, after establishing a foothold in the complex fixed application market, we can attract the free market. This is our current plan.
"Now I Like Dealing with Customers"
China Science Daily: You mentioned in the keynote speech that Loongson has now achieved breakeven. We have also paid attention to that in the end of March this year, China launched the first Beidou satellite using "Loongson", not to mention that Loongson has strategic partners such as Sugon and there are special server products using Loongson processors. Can you briefly introduce the current development stage of Loongson Zhongke?
Hu Weiwu: It can be said that after years of efforts, Loongson Zhongke Company is entering a high-growth period from the startup period and is on a sustainable development road. The sales revenue of Loongson CPU has grown rapidly in recent years and reached breakeven in 2015. I just mentioned a number that the number of software and hardware R & D personnel based on Loongson CPU has reached more than 10,000. After especially three years of efforts, Loongson Zhongke Company has basically completed the "make up lessons" in processor design and software ecosystem and has entered a new stage of independent development.
China Science Daily: Our country advocates "giving a helping hand and seeing someone off" to national independent innovation industries. Loongson should be a typical representative of "giving a helping hand and seeing someone off". From "giving a helping hand" and "seeing someone off" to running a business and breaking into the market, what profound experiences do you have?
Hu Weiwu: "Giving a helping hand" is the support for R & D, because high-tech industries need technological accumulation; "seeing someone off" is to send to the market. The development of our CPU, from the initial support of the "863" project to the transfer of "Core Electronic Components, High-end General-purpose Chips and Basic Software", can be said to have completed the technical indicators but not the industrialization indicators. Then the government began to shift the focus of support to "use", which is the support for the initial marketization.
But the road has to be walked by oneself, and one cannot always rely on seeing someone off. The government sees someone off for a while, not for life. Enterprises should grow abilities in this process, including technical ability, market ability and management ability.
Later, when we started to run a business, the most profound experience was that at the beginning, we felt that customers were too difficult to deal with - for an enterprise like Loongson, it was no problem to apply for a national project of tens of millions of yuan, but it was very difficult to get 50,000 or 100,000 yuan from customers; since 2014, this feeling has changed. As long as we do a good job in products, customers really pay you money without any二话, and sometimes we even feel it is a seller's market. So later the mentality changed, and now I like dealing with customers.
Related Reading:
Chief Designer of Loongson Hu Weiwu: Persist in R & D with Mao Zedong Thought (Excerpt)
Reporter Qi Jielun
Reporter: I saw the half-body statue of Chairman Mao in the middle of the wall in the conference room. Do you admire Chairman Mao?
Hu Weiwu: I am a fan of Chairman Mao. You can see my Chairman Mao badge (Hu Weiwu pointed to the badge pinned on his T-shirt and said).
Reporter: Is it for publicity or do you really admire Chairman Mao from the bottom of your heart? Hu Weiwu: I once wrote an article on the Internet about Mao Zedong Thought. I said that if the Loongson R & D team did not adhere to this point, we would not be able to establish ourselves. Only by adhering to this road will we win. We will not do things for hype.
To study Mao Zedong Thought, we mainly learn three aspects: First, learn his spirit. You see Chairman Mao, he encountered countless difficulties in his life, but he was never intimidated by difficulties and overcame all difficulties. He encountered countless enemies, was never intimidated by enemies, but intimidated all enemies. This point is not only recognized by his comrades, but also by his opponents. This requires a spirit. Why have the Chinese people been humiliated for more than 100 years? When the Eight-Nation Alliance invaded Beijing, there were only 188,811 people, but they actually burned the Old Summer Palace. Why could the illiterate farmers organized by the Communist Party and organized by Chairman Mao defeat the U.S. military? This requires a spirit. So, I once read an article on the Internet that said, we are not afraid of the modernization of the Chinese army, we are afraid of the Mao Zedong-ization of the Chinese army, which was said by the Americans.
Mao Zedong-ization is revolutionization, which is invincible. This spirit is not an invention of Chairman Mao. It is the spirit of self-improvement of the Chinese nation for thousands of years, especially since the Han and Tang dynasties. It's just that, like a piece of gold, it was covered with a layer of dirt on the surface and stopped shining. Chairman Mao and his comrades wiped it off, polished it, and made it shine again. How many difficulties does Loongson have? There are all kinds of difficulties. Without this spirit, it cannot be overcome. Often someone asks me, how many people do you have? How much R & D funds do foreign countries have? How good is their R & D team? How can you compete?
I said, a single spark can start a prairie fire. What determines the success or failure of a thing is not whether it is already strong now. According to that theory, the Communist Party would have been wiped out by the Kuomintang long ago, and would have been destroyed in one encirclement and suppression. Whether it conforms to the law of historical development and whether it is supported by the broad masses of the people is very important. The Chinese people cannot complete China's informatization under the condition that Western countries obtain huge profits. This is determined by our national conditions. We need to find things that the people support, so we need to learn his spirit.
Second, learn the method. Chairman Mao always grasped the main contradiction in everything he did. He was the most good at learning from practice. He was a military genius. He didn't read many military works. He learned from practice. We also need that. He led the people of the whole country to complete the national primitive accumulation. You can compare with India. At the beginning of the founding of the country, China's steel ownership was not enough for every woman in the country to wear a hairpin.
The most important thing is to learn Chairman Mao's position. He always stood on the side of workers and peasants, on the side of the people. So I often say that the fundamental way out of Loongson is that informatization serves the people, truly allowing 50%-60% of the Chinese people to enjoy the benefits brought by informatization, not for seeking benefits. This is the fundamental way for us to win and our core values. It is not okay not to learn this. Our team is extremely stable, and the most excellent students have stayed to serve Loongson, which is extremely rare in China's scientific research team. The core members of ours have no intention of leaving even with several times the treatment of foreign enterprises. Reporter: I heard that you sleep in the office every day?
Hu Weiwu: Chairman Mao has already said that we must always maintain a modest and prudent style. You see our country, why is it a big country? Why do people recognize us as a big country? Some people say that the Chinese nation never lacks traitors, and there is another saying that the Chinese nation never lacks backbone. You see at the beginning of the last century, Sun Yat-sen was the backbone, in the 1940s and 1950s, Chairman Mao was the backbone, in the 1950s, the volunteers were the backbone, in the 1960s and 1970s, the people who made the two bombs and one satellite were the backbone. And now, reform and opening up need a group of new backbones, and scientific researchers should assume their responsibilities. It doesn't matter if they are tired. They should have struggled hard. Others are more advanced than you. If you work eight hours a day like them, and you are not much smarter than them, and you have worse conditions than them, why should you be better than them? Why should you be able to catch up? It's still about Chairman Mao's spirit. I also wrote in an article before that in 2001-2005, five Spring Festivals, five National Days, five May Days, we only took two Spring Festival breaks, and that's how we came here.
Reporter: Do you think this is the meaning of your life?
Hu Weiwu: My tutor Academician Xia Peisu and Teacher Li (Li Guojie - Reporter's note) are all my examples. Really, only when a person combines his own future and destiny with the future and destiny of the country and the nation can his future be the most brilliant and his interests be the greatest. When I just graduated, my classmates were all in foreign enterprises and abroad, and they got a lot of money. At that time, my tutor always educated me to do things for the country. Now, on the contrary, they are very envious of me, envious of me having such conditions to contribute to the country. In fact, in a sense, I am very lucky. I met very good teachers, very good leaders, and I can have such an opportunity to connect my own future and destiny with the future and destiny of the country to some extent. For a scientific researcher and an intellectual, this is his greatest way out.
Isn't there an idiom? The way is one foot high, and the devil is one zhang high. In the past, for those who practiced Taoism, the Taoism increased by one foot, and the demon heart increased by one zhang. The same is true for doing学问. When your level increases by one foot, your desires, including fame, profit, being an official, making money, will increase tenfold. Then you have to overcome these things. A while ago, an expert said to me, Xiao Hu, in the past, people praised me for being capable, but now people praise me for being able to drink. You must never become like me. This sentence is a warning to me. I hope I will always be a company commander, always giving the order "Follow me", not "Go ahead", and I hope to be such a scientific researcher. If you accept more media interviews and take on more responsibilities in society, you will give people the impression that, alas, this person is a "hustler". I don't want to give people such an impression, and I also hope your media won't be too off the mark.

Last edited by zzz19760225 on 2017-6-17 at 00:37 ]

What is a decimal network? What is IPv9?

Congratulations on the emergence of key technical standards for China's sovereign network

Announcement No. 3 of 2016 by the Ministry of Industry and Information Technology of the People's Republic of China approved 643 industry standards, including 132 electronic industry standards and 67 communication industry standards. Among these boring and complicated numbers and names, it is difficult for people to understand and notice that the standards with serial numbers 529-532 listed in the attachment of the announcement, namely SJ/T 11603-2016, SJ/T 11604-2016, SJ/T 11605-2016, SJ/T 11606-2016, are actually the technical requirements, implementation requirements, resolution architecture and identification format for "interconnection between the decimal network and the Internet".

The decimal network is a decimal network system based on the IPv9 protocol of 0-9 decimal algorithm according to the "Method for Allocating Addresses to Computers Connected to the Internet with All-Digital Codes" invented by Xie Jianping, a famous Chinese inventor and patentee, which is mainly composed of the IPv9 address protocol, header protocol, transition period protocol and digital domain name specification.

On September 11, 2001, the Science and Technology Department of the former Ministry of Information Industry of China issued the letter "Xinke Han No. 96", "deciding to establish a decimal network standard working group", "which is a technical organization responsible for the standard formulation (revision) work in the field of decimal network application in China", and authorized the joint forces of all aspects of the society to formulate technical standards for the IPv9 header, address and digital domain name based on the IPv9 protocol with independent intellectual property rights. Xie Jianping is the head of the working group. More than 30 units, such as the China Electronics Technology Standardization Institute, the China National Information Security Evaluation and Certification Center, the University of Science and Technology of China, the China Internet Network Information Center, the Beijing Research Institute of China Telecom, the China Radio and Television Network Co., Ltd., the Aerospace Information Co., Ltd., the ZTE Corporation, the Technical Center of the Shanghai Informatization Office, and the institutions affiliated to the General Staff and General Armaments Department, are members of the working group. Looking back on the arduous process of research and development and patent application by Xie Jianping and others in the last century, it can really be said that "it has taken 20 years to forge a sword"!

http://www.haijiangzx.com/2017/0129/1616231.shtml

(Original) China's IPv9 is a sharp weapon to tackle the stubborn problems of IPv6 in the United States
Source: Haijiang Online, January 29, 2017, 11:12:01, Author: Mou Chengjin
Font size: AA+

Guide: Why? Why must China follow the network space technology and strategy of the United States? Why? Why can't China build and develop its own sovereign network space so far? Why? Why is China's leading and self-owned IPv9/future network space technology and guiding concept not generally valued, promoted and applied?

I. Preface

The network space has become an indispensable important part of human modern and future world, becoming an all-round, multi-level and multi-dimensional space-time sovereignty concept integrating, superimposing and covering the land, sea, air and space territories, and an important production, living and scientific and technological development field of national economy and people's livelihood.

However, the "China Internet" fully connected to the US Internet in 1994 and constructed based on the IPv4 technology of the Internet is actually a network space where China has no sovereignty and is completely subject to the United States from the root.

In 2003, the US Department of Defense issued a memorandum, proposing to fully deploy the "next-generation technology" IPv6 of the Internet in the "Global Information Grid (GIG)" planned and implemented by the US military. In 2012, the White House issued a decision to deploy IPv6, requiring all US government agencies' servers and services similar to email and websites to be upgraded to IPv6, and requiring US government agencies to upgrade the internal applications of servers and make enterprise networks compatible with IPv6 before the 2014 fiscal year.

How similar it is. In December 2016, China's newly released "National Informatization Plan for the 13th Five-Year Plan" requires the large-scale deployment and commercialization of IPv6 by 2018 and the full upgrade to IPv6 by 2020. This is almost a direct replica of the deployment and upgrade of IPv6 by the US Department of Defense and the White House.

Why? Why must China follow the network space technology and strategy of the United States? Why? Why can't China build and develop its own sovereign network space so far? Why? Why is China's leading and self-owned IPv9/future network space technology and guiding concept not generally valued, promoted and applied?

For more than 20 years, Chinese military and civilians have spent a lot of human, material and financial resources and the precious time of reform and opening up and biding one's time, resisting infiltration, plugging loopholes, restraining trojans, countering hackers, and almost exhausted network security efforts, but have always failed to get to the point.

The report released by the National Internet Emergency Center shows that in 2015, more than 105,000 "trojan" and "zombie" network control terminals were found in the "China Internet", controlling more than 19.78 million host computers in China, among which 61% of the control terminals were overseas; in about 180,000 fake website security incidents, 83% of the attack sources were from overseas. The latest weekly report on network security information dynamics from December 19 to 25, 2016 released by the center shows that the number of host computers infected with network viruses in China this week was 841,000, including 618,000 host computers controlled by "trojan" or "zombie" programs and about 223,000 host computers infected with the Conficker worm in China; the number of tampered websites in China was 3,050, including 70 government websites; the number of websites implanted with backdoors in China was 1,608, including 50 government websites; the number of counterfeit pages for domestic websites was 1,997; the number of newly added information security vulnerabilities was 360, including 137 high-risk vulnerabilities.

Why? Why is the "China Internet" fully connected to the US Internet so vulnerable? Why? Why are network space security incidents in China防不胜防 and getting worse?

When will we wait to build, develop and maintain China's sovereign network space that is not subject to others, not subject to the United States and any overseas forces, and fundamentally create the necessary preconditions for network space security and "co-governance, co-management and co-sharing" of the global Internet?

On December 20, 2013, General Secretary Xi Jinping, the core of the CPC Central Committee and President of China, made a批示 on the suggestions of academicians such as Shen Changxiang and Ni Guangnan: "The importance of core information technologies such as computer operating systems and information infrastructure is obvious. The problem that China is subject to others in key technologies and equipment must be solved as soon as possible." "Concentrate superior forces for coordinated research and development, achieve breakthroughs and then advance from point to surface, and promote the whole, so as to provide a strong guarantee for ensuring information security and national security."

On October 9, 2016, when presiding over the study of implementing the strategy of building a network power by the Central Political Bureau, Xi Jinping emphasized: "We must boldly safeguard China's network space sovereignty and clearly declare our claims."

On November 6, 2016, in the video speech at the "3rd World Internet Conference", Xi Jinping again solemnly stated: "China is willing to work with the international community to adhere to the fundamental interests of mankind, adhere to the concept of network sovereignty, promote the global Internet governance to move in a more just and reasonable direction, and promote the network space to achieve the goals of equal respect, innovative development, open sharing and safe and orderly."

"National sovereignty is with us, not subject to others" is the core guiding ideology for President Xi to guide the Chinese military and civilians to build, develop and maintain China's sovereign network space, and is the fundamental duty, greatest driving force, clear direction and career goal of thousands of patriotic experts, scholars and practitioners in China's network space field.

II. Technical positioning of IPv6 and IPv9

In the early 1990s, international organizations such as ISO/IEC and the US IETF "Internet Engineering Task Force" respectively carried out research and exploration on future network technology and next-generation Internet technology, including IPv9 and IPv6.

1. IPv6

In 1994, the US Internet Engineering Task Force put forward the idea of IPv6 evolution to solve the shortage of IPv4 address domain names, and after giving up the organized research on IPv9 in 1995, it focused on IPv6. In 2006, the Next Generation Transitions (the ngtrans) affiliated to the US Internet Engineering Task Force and the 6bone project cooperated to end the IPv6 test. Since 2007, the US Internet Engineering Task Force has repeatedly recommended IPv6 as the next-generation Internet protocol to replace IPv4 at international conferences.

In 1998, the China Education and Research Network CERNET built the first IPv6 test bed. In 2003, the "China Next Generation Internet Demonstration Project" (CNGI) led by the National Development and Reform Commission was established, putting forward the opinion that the "China Internet" would fully enter the IPv6 era from 2012 to 2015. This coincides with the time point when the US Department of Defense proposed to fully deploy IPv6 in the "Global Information Grid" planned and implemented by the US military.

On June 1, 2012, the "Next-Generation Internet Architecture Based on IPv6" standard promulgated by China's Ministry of Industry and Information Technology came into force. This coincides with the time point when the US government required all US government agencies' servers and services similar to email and websites to be upgraded to IPv6.

IETF is the abbreviation of the US Internet Engineering Task Force (Internet Engineering Task Force). It was established in the United States at the end of 1985. It is a "civilian agreement standard organization" focusing on the research and development of Internet technology specifications evolved from the US Arpanet. Its members are all volunteers, 75% of whom are US-related personnel, and it develops members globally.

IETF produces two types of documents, one is "Internet Draft" and the other is "Request For Comments" (RFC).

It is worth noting that:

- The US government has long had a "domestic goods first" procurement system, including about 500 laws related to government procurement, the most important of which are the "Armed Forces Procurement Act", the "Federal Property and Management Act", the "Federal Government Procurement Policy Office Act", the "Federal Procurement Rationalization Act", the "Buy American Act", etc., among which IETF and IEEE (abbreviation of the Institute of Electrical and Electronics Engineers, a non-profit professional technology exchange organization) are clearly listed as "civilian agreement standard organizations" and included in the third sequence of procurement objects.

- IPv6 is the officially recommended next-generation Internet standard by IETF. It is an evolved version proposed to solve the congenital shortage of IPv4 addresses, and has nothing to do with the "new generation Internet" technology system advocated by ISO/IEC and ITU.

The main person in charge of the Expert Committee of China's Next Generation Internet (IPv6) Demonstration Project claimed that in the new RFC standard, IETF requires that new equipment and new extended protocols stop being compatible with IPv4, and hopes that all future new protocols will be optimized based on IPv6. They repeatedly called on China to fully transition to IPv6 and accelerate the large-scale commercialization of the next-generation Internet. They tried their best to instigate the Chinese government, Chinese enterprises and Chinese users to invest heavily in the research, development, manufacturing and use of IPv6 network equipment and infrastructure. What is their close relationship with the United States? Why do they parrot and follow suit like a parrot, and spare no effort to sell IPv6 exclusive and focused by the US military and government?

2. IPv9

The US Internet Engineering Task Force first put forward the concept of IPv9 in the technical document RFC1347 in 1992, two years earlier than its proposal of IPv6, and once established a special institution TUBA to study IPv9. In October 1994, IETF first allocated the IPv9 version number in the technical document RFC1700. On May 22, 1995, TUBA was closed, allegedly due to the downfall of the US government's "Star Wars Plan". IETF then terminated and abandoned the organized research activities on IPv9.

Around 1993, Chinese experts such as Xie Jianping started to devote themselves to China's IPv9 research based on the prompt of the technical document RFC1347. Since 1998, the technologies based on IPv9 research by Xie Jianping and others have successively obtained patent certificates in more than a dozen countries and regions including China, Russia, South Africa, South Korea, Canada, Australia, Hong Kong and Macao.

In September 2001, the Science and Technology Department of the former Ministry of Information Industry issued the letter "Xinke Han No. 96", deciding to establish the "Decimal Network Standard Working Group", "the head of the standard working group is Comrade Xie Jianping, director of the Shanghai General Chemical Technology Research Institute", "formulating technical standards such as the IPv9 header and IPv9 address in the IPv9 protocol with independent intellectual property rights and the digital domain name based on the IPv9 protocol". This is a major landmark event in China's in-depth IPv9 research, indicating that China's IPv9 research has authority and legality.

The initial full-member units of the decimal network standard working group include but are not limited to: China Electronics Technology Standardization Institute, Informatization Promotion Division of the Ministry of Information Industry, Development Planning Division of the Telecommunication Administration of the Ministry of Information Industry, China Internet Network Information Center, China National Information Security Evaluation and Certification Center, University of Science and Technology of China, Institute 56 of the General Staff, Technical Basis Management Center of the General Armaments Department, Science and Technology Division of the System Institute of the General Armaments Department, Aerospace Information Co., Ltd., China Radio and Television Network Co., Ltd., Technical Center of the Shanghai Informatization Office, Shanghai Branch of China Telecom Group, Shanghai Representative Office of China International E-commerce Center, and more than 30 enterprises and institutions in Shanghai, Beijing, Zhejiang, Jiangsu, Shenzhen and other places. The units that have successively participated in cooperation include but are not limited to: Electronic Science Research Institute of the Ministry of Information Industry, Institute of Computing Technology of the Chinese Academy of Sciences, Peking University, Zhejiang University, Nanjing University, Nanjing University of Posts and Telecommunications, Xi'an Jiaotong University, Huazhong University of Science and Technology, Tsinghua University, China Unicom, etc. The above list shows that China's IPv9 research has广泛性, representativeness, and has been actively supported by Chinese military and civilians from all aspects from the very beginning.

In July 2002, China's Ministry of Information Industry announced and implemented the national electronic industry standard SJ/T 11271-2002 "Digital Domain Name Specification" based on IPv9. In 2007, the Ministry of Information Industry of China stated in the overview of the document on "Digital Domain Name Specification" that "the decimal network standard working group (referred to as the IPv9 working group) carries out technical research on the new generation Internet protocol and architecture and related standard research and formulation work". "At present, the national standard of 'Digital Domain Name Specification' has been completed for public announcement". It is worth noting that the Chinese official officially bestows the laurel and definition of "technical research on the new generation Internet protocol and architecture" on IPv9, clearly distinguishing it from "next-generation Internet architecture based on IPv6". The "new generation" definition of IPv9 is consistent with the definition and concept of "new generation" of the ISO/IEC international organization in terms of both connotation and extension.

In March 2010, China's Ministry of Commerce announced and implemented the Ministry of Commerce industry standard SB/T 10530-2009 "Data Format of Radio Frequency Identification Tags in the Business Field" based on IPv9. This is an important guiding technical standard document for the application of IPv9 in the Internet of Things.

In 2011, the US Patent and Trademark Office officially issued and granted the patent certificate for "Method for Allocating Addresses to Computers with All-Digital Coding" based on IPv9 research by Xie Jianping and others. This shows that the US government formally, publicly and legally recognized the legality, creativity and scientific nature of China's IPv9, and it is protected by the US government and law.

In 2014, the China National Standardization Administration issued the document No. 46, confirming that the guiding documents "Naming and Addressing" (ISO/IEC TR 29181-2) and "Security" (ISO/IEC TR 29181-5) based on IPv9 research leading the development concept and thinking of future network international standards officially released by ISO/IEC are led by Chinese experts and China has core intellectual property rights.

In June 2016, China's Ministry of Industry and Information Technology issued Announcement No. 3, approving and announcing 4 national electronic industry standards for "interconnection between the decimal network and the Internet" based on IPv9, including identification format, technical requirements, implementation requirements and resolution architecture, namely: SJ/T 11603-2016, SJ/T 11604-2016, SJ/T 11605-2016, SJ/T 11606-2016. Among them, SJ/T 11605-2016 "Specification of Domain Name for Products and Services Based on Radio Frequency Technology" announced to the world the root server of China's decimal network:

2.6 Root domain name server

Mainly used to manage the main directory of the Internet and decimal.

Note: There are only 15 main directories of the Internet in the world. 1 is the mother root server, 1 is the main root server, placed in the United States. The remaining 13 are root domain name servers, among which 10 are placed in the United States, 2 in Europe, located in the United Kingdom and Sweden, and 1 in Asia, located in Japan. All Internet root domain name servers are uniformly managed by the Internet Corporation for Assigned Names and Numbers ICANN authorized by the US government, and are responsible for the management of global Internet domain name root servers, domain name systems and IP addresses. The main directory of the decimal network corresponds to the main directory of the Internet with 15 units, 1 is the mother root server, 1 is the main root server, placed in China, and the remaining are root domain name servers, which are managed by the decimal network working group for the decimal network root domain name servers, domain name systems and IP addresses.

3. Recognition of authoritative international organizations

ISO is the abbreviation of the International Organization for Standardization (International Organization for Standardization), which was formally voted and established by 64 representatives from 25 countries including the five permanent members of the United Nations in October 1946. It mainly carries out standardization activities through its 2856 technical institutions.

IEC is the abbreviation of the International Electro technical Commission, established in 1906. Now it is a Class A consulting organization of the United Nations Economic and Social Council ECOSOC.

ISO and IEC have long密切 cooperated in electrical engineering standardization.

Since 2007, national member bodies of ISO/IEC have gradually reached a consensus, confirming that IPv6 has obvious defects, deficiencies and limitations in network design goals and basic requirements, and cannot be used as the technical basis for the "new generation future network of revolutionary new framework". Then, with the encouragement and support of ISO/IEC, Chinese experts such as Xie Jianping carried out pre-research on the new naming and addressing mechanism (core underlying mechanism of network interconnection) of the future network based on the IPv9 architecture.

During 2013-14, national member bodies such as the United States, Russia, China, South Korea and Canada accepted the arguments and evidences based on the IPv9 architecture proposed by Chinese experts such as Xie Jianping, Liu Yadong and Zhang Qingsong, passed the review and approval of the two stages of the PDTR and DTR prescribed deliberation processes, and with the consent of the ITU-T Conference of the International Telecommunication Union Telecommunication Standardization Bureau, ISO/IEC officially released the second part "Naming and Addressing" (ISO/IEC TR 29181-2) and the fifth part "Security" (ISO/IEC TR 29181-5) of "Problem Statement and Requirements of Future Network" in 2014.

ISO/IEC TR 29181-2 shows that the application ideas proposed by Chinese experts, such as multi-length address, all-digital domain name, three-layer and four-layer hybrid architecture of circuit and packet switching, verification before communication, and direct addressing by character routing, have all been realized, verified and used in China, and have strong persuasiveness.

ISO/IEC TR 29181-5 shows that Chinese experts clearly declare the claim of "national sovereignty and management power" in the network space, clearly point out that the traditional passive security defense mechanism must be subverted, changed to an active security management mechanism, and a cellular-level security protection system must be established.

ISO, IEC and ITU (abbreviation of the International Telecommunication Union, a special agency of the United Nations responsible for international telecommunication affairs) are the designated objects listed in the first priority procurement sequence by the US government. No matter the international authority, international credit rating and the recognition degree of official, scientific and technological circles, business circles, financial circles and other circles in the world, they are far beyond and incomparable to the "civilian agreement standard organization" IETF and other organizations in the United States.

4. Summary

The above facts are very clear. IPv6 is the exclusive technical architecture of the "next generation" of the Internet advocated by the United States, an evolved version of the improved technology proposed to solve the defects such as insufficient IPv4 addresses, a technology in the category of civilian agreement standards defined by the US government and law, and a technology that the national member bodies of the most authoritative international standard organization ISO/IEC have unanimously agreed to be excluded from the concept of the "new generation future network of revolutionary new framework".

China's research on IPv9 is a patent technology protected by the governments and laws of the world's major countries and regions including China, the United States and Russia. It is an internationally advanced and applicable technology with legality, authority and wide representativeness. It is the basis of the guiding documents officially released by ISO/IEC with the consent of ITU-T leading the development concept and thinking of future network international standards. It is an exclusive technology applicable to the construction and development of China's sovereign network space field with completely self-owned intellectual property rights in China and a series of popularization and application standards announced by the Chinese government for more than ten years.

Some people in China's scientific and technological circles and government departments in charge硬是 want to put the "civilian agreement standard organization" such as IETF recognized by the US government and law with the label of "international Internet standard organization", parading it on the street and courting favor, which should not be ignorant and feigning ignorance, but恐怕 has the heart of Sima Zhao!

III. Comparison of main features between IPv6 and IPv9

1. Design goals

IPv6 adopts the hexadecimal algorithm, represents with 0~9 and A B C D E F and uses ";" as the separator, and cannot be compatible with IPv4; IPv6 has not solved the problem of insufficient ability of IPv4 to respond to major political events and natural disasters. The network failure in the 911 incident is the best proof.

IPv9 adopts the decimal algorithm, represents with 0~9 Arabic numerals and uses "" as the separator, can be compatible with IPv4 and IPv6, and is expected to meet the network space application needs of mankind for 750 years; IPv9 fully considers the effective prevention and protection of major military, political, terrorist and turbulent events, and ensures that the network is still effective when major and extraordinary accidents occur.

2. System control

The US Internet mother root, main (auxiliary) root domain name resolution management servers on which IPv6 depends are mainly located in the United States. The Asia-Pacific root located in Japan and the 2 root servers in Europe are also managed and controlled by the United States. The US military and government intelligence security departments have almost unrestricted special rights to monitor global domain name resolution.

The IPv9 domain name resolution server, IP hard connection server and root domain name server are designed as root domain name servers that can be independently controlled by various countries, allowing various countries to cooperate equally and jointly manage the root server.

3. Security status

IPv6 claims that compared with IPv4, the security and reliability are more perfect, and it is more secure and trustworthy. Since various countries have no network control power, independent power, intellectual property rights, etc., the security ultimately depends on the United States, and various countries are difficult to control and cannot be independent, and ultimately cannot be controlled.

IPv9 can completely independently determine the security level, security factor, and the power distribution and means of security control, etc., and ultimately is "not subject to others", not subject to the United States, the US government, the US military and the US intelligence security department.

4. Address

The 2128-bit address of IPv6 is 21 segments, unilaterally compressed, not recyclable, fixed-length positioning, large overhead, and efficiency damaged. Theoretically, one-eighth of the address can be allocated to terminal users for use, and the actual address allocation rate is only 0.01-0.03%.

The 2256-bit address of IPv9 can realize a maximum of 22048-bit address, which is 42 segments, can be compressed on both sides, and can be recycled. It has exceeded the vision of RFC1606 and RFC1607, and can be like the telephone system, fixed-length and non-positioning to reduce and save unnecessary overhead costs and increase efficiency.

5. Efficiency

IPv6 must translate the RFID code into domain name and address, and must pass through the exchange and resolution controlled by the United States, artificially increasing energy consumption and overhead, which is neither environmentally friendly nor economical.

IPv9 can directly access the Internet with the RFID code as the IP address, and can realize independent control exchange and resolution in China, saving energy, overhead, and being environmentally friendly.

6. Scale of connected computers

The scale of connected computers of IPv6 is limited between 1012~1015, and cannot be used for cosmic communication, nano-computers, human cells or DNA computer systems.

IPv9 adopts the cyclic method, and the scale of connected computers can be set as required, far exceeding the limited scale of IPv6, and can be used for cosmic communication, nano-computers, human cells or DNA computer systems.

7. Comparison of protocol use

The following comparison shows that the input of IPv9 address is simpler, more convenient and unique than IPv4 and V6 by any method, easy to identify, and beneficial to traceability authentication and determination of evidence.

8. Summary

IPv9 is a network technology protocol with completely self-owned intellectual property rights in China. It has three obvious basic conditions that the most authoritative international standard organization recognizes that the new generation future network must have:

First, obvious technical characteristics of sovereign network foundation;

Second, obviously better than IPv6 in network security, reliability and credibility;

Third, obviously better than IPv6 in network controllability.

IV. Important innovative applications of IPv9

1. Smooth transition from existing IPv4 and V6 networks to IPv9.

Through testing, IPv9 has been able to penetrate the existing Internet system based on IPv4 technology without obstacles, and can support IPv6, that is, it can safely and reliably be compatible with and cover the Internet to realize the normal operation of the IPv9 protocol; most of the existing application functions of the Internet can be adapted and smoothly transferred to the IPv9 network for continued use, including but not limited to the current software user platforms mainly based on Android, Windows, Linux, etc.

This means that without affecting and changing the application of the existing terminal IPv4, maintaining the existing application services and adding functions such as the large address space of IPv9 and future network address encryption and verification before communication, the IPv9 backbone network can be constructed and gradually upgraded; it means that on the existing network based on IPv4 and V6, transforming, upgrading, synchronously constructing and developing China's sovereign network with self-owned intellectual property rights has low cost, small cost, fast realization and high efficiency, and is easy to be accepted by domestic and foreign users, merchants and netizens.

2. Independently control and manage the network, greatly reducing the construction and operation cost of the network.

China's existing network operation route is completely controlled by the United States. The United States requires that all website analysis information based on the Internet in China must establish mirror backup systems in the United States or at least overseas, and the communication route of all network information analysis information must first go to the United States or Japan. This is the case for IPv4, and it is also the case for IPv6. Through testing, the information exchange between Shanghai and Changchun needs to pass through "13 hops", the first "hop" is the United States, and then "hops" back to other places such as Chengdu in China, and it takes 13 "hops" to land at the designated party.

Please pay special attention that if the United States deliberately modifies the routing table, we can only be helpless and at its mercy. This is another extremely important factor subject to others that seriously threatens China's network space security.

At present, the domain name address use fee, network rental fee, software and hardware intellectual property fee that China must pay to the United States, and the "information circulation fee" that the routing subject to the United States is forced to consume, etc., account for about 62.5% of China's actual information consumption total, and at the same time cause a large amount of national tax loss.

IPv9 can effectively avoid the routing pointing, signaling exchange and network mirror subject to the United States, effectively prevent the monitoring and covetousness from the United States and overseas with bad intentions, and greatly reduce the information consumption amount flowing to the United States and overseas due to being subject to others. It is expected that the total cost of network construction and operation can be reduced by at least 30-40% compared with the input scale and operation cost of IPv4 and V6 infrastructure.

3. Conducive to protecting network privacy, cracking down on network crimes, and restraining the intrusion from inside and outside the network.

The existing Internet constructed based on IPv4 and V6 has various security problems, whether caused by technical defects or artificially manufactured, which are endless and difficult to prevent, and are becoming more and more serious.

The original research on the Internet protocol standard by IPv9 will change China's disadvantage in the Internet.

IPv9 can endow each user with a unique digital domain name address, a digital domain name number that can be consistent with the user's birth certificate number, ID number, bank account number, tax payment number, mobile phone number, social security number, passport number, etc., to realize the real real-name system for all users, that is, a digital "real-name system" that cannot see the user's name, can find the user's trace, and is convenient and reliable to use. Users can make personal web pages, FTP shared file services, IP network telephones and video telephones (computer to computer) based on their personal IP addresses, and are widely used in ID cards, tax invoices, personal customized logistics codes, etc.

It can be imagined that the real digital "real-name system" control system will bring revolutionary promotion to political, economic, social, cultural, educational, scientific research, production activities and their management, to the revolutionary promotion to the construction of smart society, smart community, smart home and smart service in the Internet of Things era, and to the revolutionary promotion to the integrated development of network space and inter-network space for mankind and the earth to the future inter-network space era (including but not limited to wired and wireless networks, space networks, quantum communication networks, etc.).

IPv9 can change the chaotic situation of grabbing domain names and counterfeiting IP on the Internet. On the premise of effectively preventing and prohibiting any anonymous address from entering the social public credit network space such as banks, governments, social welfare and commodity circulation from the design and technology, not only can the customer privacy be protected conditionally, but also a certain number of "anonymous" addresses can be opened for legal customers with special needs to use.

Those who attempt to make trouble on the Internet should also pay attention. Without the IPv9 all-digital domain name address, they cannot get into the IPv9 network space. Even if they "impersonate" in, any trace can expose the "real-name" identity of the suspicious person, with conclusive evidence, and they will be caught and severely punished. This is of positive significance for effectively cracking down on and preventing telecommunication fraud.

Since China has its own effectively controlled root server with self-owned intellectual property rights, when foreign countries cut off the root domain name network channel or stop the exchange of top-level domain names (TLD), users using IPv9 digital domain name addresses and ".CHN" will not be affected. Once there is a situation where the overseas channel of the Internet is cut off due to foreign intervention or accident, it can ensure that China's network can still operate normally, especially the users in China who run English domain names and IPv9 digital domain names in parallel can operate safely and smoothly in the emergency and bad situation of the network from foreign countries and the Internet root server.

It needs to be specially reminded that the statement that IPv6 can still operate normally even if the US cuts off the root channel ".CN" has not been reliably verified so far. Who doesn't know that the ox nose is in the hands of others, can the ox be pulled back by grabbing the tail? If the ox nose and tail are broken, can the ox still be made to work for plowing?

4. Conducive to building a community of destiny in the network space.

IPv9 has the national geographical location, and each country can have its own root domain name system to establish and maintain the status and security of its own sovereign country in the global network interconnection, which conforms to the requirement of the principle of "sovereign equality" of network interconnection.

IPv9 enables each country to have its own root domain name system, realizing end-to-end direct communication. For a country, domestic information only needs to be exchanged in the country without going abroad for exchange, so that the information communication security in the territory of land, sea, air and space of the country can be effectively guaranteed independently and controllably.

IPv9 actually provides a technical system for each country to independently construct, develop and manage its own network space, and a network space framework structure mode formed by the equal co-governance of the sovereign network space without a center. On this basis, various countries can jointly discuss and jointly build a community of destiny in the network space, and promote the establishment of a multilateral, democratic and transparent global Internet governance system between the sovereign networks of various countries. Thus, the single center control situation of the US Internet "dominating the world" is got rid of, "promoting the global Internet governance to move in a more just and reasonable direction, and promoting the network space to achieve the goals of equal respect, innovative development, open sharing and safe and orderly".

5. Innovative summary of the decimal network based on IPv9:

First, in decimal network interconnection, except that the data transmission between computers and networks must be binary, the rest all adopt decimal;

Second, the same digital combination (represented by 0-9 Arabic numerals) can be used as the IPv9 address, the MAC address of each site adapter, and can also replace the English letters or other symbols such as Chinese on the existing Internet as the domain name;

Third, the digital domain name resolution server is compatible with the English domain name resolution of the existing network (IPv4 and IPv6 network);

Fourth, based on personal IP addresses, it can be widely used in making personal web pages, FTP shared file services, IP network telephones and video telephones (computer to computer), as well as ID cards, tax invoices, logistics codes, etc., which is of great significance in the Internet of Things and smart society era.

6. Application association, discussion and suggestion of IPv9

⑴ Necessary premise for IPv9 application

A, Self-owned intellectual property rights of core foundation

The inventor and patentee of IPv9 announced that IPv9 has already had the mother root domain name server with completely self-owned intellectual property rights and 13 main root domain name servers named with English N-Z letters; the mother root domain name server and the main root domain name server are both located in China, and China has become the second country in the world to have the independent right to allocate IP address space, ".CHN" national top-level domain name, "86" all-digital domain name and IP address network resources; it can exist equally with the US Internet and operate in a balanced way on the premise of having self-owned intellectual property rights of core basic technology in China.

B, Legal support

In previous years, Shenyang, Fang Zhouzi and others continuously slandered IPv9 and its inventor on the Internet as "network Zhou Laohu", "joke on April Fool's Day", etc., seriously clouding the public's vision and having extremely bad impact. Xie Jianping, the inventor of IPv9, therefore filed a rights protection lawsuit in the Beijing People's Court.

In December 2014, the Beijing Chaoyang District People's Court (2014) Cha Min Chu Zi No. 06443 first-instance judgment held that "the defendant's behavior infringed the plaintiff's reputation right", "the defendant should make an apology and compensate for mental damage and consolation money for its infringement behavior", and ordered the defendant to delete all infringing articles published on the network within seven days after the judgment took effect, and publish an apology statement in a prominent position on the website for no less than one month, and required the defendant to pay the plaintiff 1,000 yuan each for mental damage and consolation money and notarization fees.

On July 20, 2015, the Beijing Third Intermediate People's Court (2015) San Zhong Min Zhong Zi No. 08222 final judgment held that "Shenyang's appeal claims lack factual and legal basis, the original judgment of facts and the cited law are all proper, and should be maintained". Therefore, it was announced that the appeal was dismissed and the original judgment was maintained.

The justice of the law completely shattered the nonsense of some people and maintained the good reputation of IPv9, an excellent achievement with self-owned intellectual property rights in China.

C, Key equipment and software for commercial promotion

China's domestic industrial system of IPv9 can already produce IPv4/IPv9 dual-stack backbone routers of 960G, 100G and 10G, small routers for home use, security routers for industrial control, etc., and can provide support for the北斗/GPS network time synchronization system of negative 15 power, IPv9 network management and detection system.

Through actual operation testing, the hardware and software based on IPv4/IPv6 can be seamlessly applied to the IPv9 network system, and the existing App of Windows and Android mobile phones can also normally access most of the ".CHN" websites of the IPv9 system.

⑵ Some application projects that IPv9 has implemented and is implementing

A, Application project of digital domain name system in the comprehensive application experimental area for national information resource development and utilization in Changning District, Shanghai, realizing the application of Changning District electronic government network, adult education network and on VOIP.

The above engineering project is based on the IPv9 protocol, and establishes networking and functional service applications on the backbone network formed by IPv9 routers. The used equipment includes: IPv9 router, terminal that can identify IPv9 address, IPv9 NAT/PT, digital domain name resolution server that supports IPv9, etc., realizing the address allocation, domain name resolution of IPv9 and the interconnection and intercommunication between IPv9 network and IPv4 network.

B, Application of digital domain name system in Jinshan Telecommunication Bureau, Shanghai

A set of digital domain name resolution system that can support 3 million households has been installed, which is responsible for the digital domain name resolution in Jinshan District involving the whole country, and the daily resolution times reach more than 10 million times.

C, Decimal tax control system

Based on the IPv9 protocol combined with the digital domain name resolution system, it provides an efficient tax control system platform for the whole province of Fujian, and is applied to the tax control financial POS machine and online tax declaration system, and jointly formulates a new unified standard for the tax control financial POS machine with relevant units.

This system platform allocates addresses and domain names to each tax control financial POS machine, achieving "one machine one number", which not only ensures the availability, security and reliability of the number of addresses and domain names, but also ensures the security and reliability of the information flow of the whole tax control system.

D, Decimal 110 alarm system

It was successfully developed and repeatedly experimented and demonstrated in 2002, and was recommended and praised by the Shanghai Traffic Preparedness Office. In April 2003, during the fight against "SARS", this monitoring and alarm system was installed to monitor the passing passengers and vehicles in real time, with good results.

It is suitable for application in theft and robbery alarm, loss alarm, emergency alarm, crisis alarm, etc. combined with logistics codes.

E, At present, IPv9 implementation projects have been launched in Shanghai, Beijing, Hangzhou, Changchun, Xinjiang, Macao, Hong Kong and other places, and Chongqing, Chengdu, Guangzhou, Shenzhen, Nanjing, Luoyang and other places are also actively moving.

The IPv9 server nodes of Beijing University of Posts and Telecommunications, the International E-commerce Center of the Ministry of Commerce, and the Fengtai Headquarters Base connected by IPv9 special lines have maintained good operation conditions since March 2016.

https://gss0.baidu.com/-Po3dSag_xI4khGko9WTAnF6hhy/zhidao/wh%3D600%2C800/sign=825770e4b63533faf5e39b2898e3d127/96dda144ad34598229381c780bf431adcaef84ae.jpg ⑶ Some application discussions and suggestions

A, Address and digital domain name allocation, management and resolution services based on IPv9;

B, Application services of IPv9 e-government, e-police and other special networks;

C, Construction (transformation), operation and service of IPv9 radio and television network;

D, Construction, operation and service of IPv9 smart community and smart home;

E, Construction, operation and service of IPv9 education, scientific research, culture, sports, medical and health network;

F, Development, construction, operation and service of IPv9 Internet of Things (logistics management);

G, Research, development, production and sales of IPv9 special mobile phones, computers and other terminals;

H, Development, construction, operation and service of IPv9 national language special network;

I, Construction, operation and service of IPv9 special network for dealing with emergencies; etc.

Other, combined with China's excellent national self-owned intellectual property rights, a large number of world-leading scientific and technological applications can be freely developed, such as supporting large-scale design and calculation systems for "invisible clothes" and robots.

V. The present and future of IPv9 and IPv6

It is self-evident that China's IPv9 is a sharp weapon to tackle the fatal defects of IPv6 and a magic weapon that can get China's network space field out of the situation of being subject to others.

Combing the past and present of IPv9, IPv6 and IPv4, thoroughly researching and understanding the congenital deficiencies and acquired defects of the Internet, solving the problems that must be solved in practice, not being bound by the traditional thinking of the Internet, not being bound by the established modes of IPv6 and IPv4, not following and not believing what the United States says, and adhering to the principle of national sovereignty being with us and not being subject to others, and being brave to innovate and make statements is the most valuable place of the inventors and innovative researchers such as Xie Jianping, Liu Yadong and Zhang Qingsong in the development concept of IPv9 and future network.

May I ask, what national self-owned intellectual property rights or international and national standards has IPv6 obtained so far since the country invested a large amount of money from the beginning of this century? What has been done with dozens of billions (followers of IPv6 say that the investment in China's Next Generation Internet Demonstration Project CNGI is nearly 5 billion yuan) and hundreds of billions (followers of IPv6 say that the country has invested about 30 billion yuan in IPv6 research and development in recent years)? Has the country conducted an audit? Can the audit results be announced and made public? The IPv6 demonstration project has crossed at least three "five-year plans", which is related to the overall situation and long-term strategy of China's network space sovereignty and security. Should it make a true situation explanation to the whole Party, the whole army and the people of the country?

May I ask, the Chinese academicians, bigwigs and "public servants" who earnestly advocate "comprehensively introducing, upgrading and deploying IPv6", is it IPv6 "optimizing the China Internet"? Or is it that the "China Internet" is "optimizing IPv6"? How much human, material and financial resources of China will be wasted for the expansion and infiltration of the US Internet in China? Do they have to give up China's network space sovereignty completely and sell out China's family property completely before they are willing to stop? Please ask yourselves, how much conscience do you have as Chinese people?

IPv9 may not be a perfect network space technology, and may only be a new type of technology for transitioning to the future inter-network space. However, compared with IPv4 and IPv6, IPv9 shows stronger, newer and more scientific vitality that is more adaptable to building a community of destiny in the global network space, is more conducive to building China's sovereign public network with national sovereignty and not being subject to others, and can more inspire the Chinese nation to strive for rejuvenation independently, forward, wisely and tenaciously in the network space field.

No one can cover up the truth of the future of IPv6 and IPv9 with one hand forever, and fool the people. No one can also deceive the world, trying to block the unyielding determination, strong confidence and clear claim of hundreds of millions of patriotic Chinese military and civilians in China to defend the network space sovereignty in the past, present and future.

In October this year, China Central Television's "I and My Country" series of reports solemnly introduced to the domestic and foreign sides Mr. Tong Zhipeng, a 92-year-old academician of the Chinese Academy of Engineering, a pioneer, founder and leader of China's military electronic high-tech. Mr. Tong once kindly taught young scholars: "Walk bravely and firmly along this correct path of IPv9!" Making the people respect!

Thanks to academicians of the Chinese Academy of Engineering and Chinese Academy of Sciences such as Ni Guangnan, Zhou Zhongyi, Cai Jiren, Shen Changxiang, Wushou'er, Zheng Jianhua, Wei Zhenyao, Ding Wenhua, E Weinan, Chai Hongfeng, who have long cared about and supported the construction and development of China's sovereign network space, you make the people respect!

Thanks to Zheng Xinli, president of the China Mobile Communications Federation and former deputy director of the Policy Research Office of the Central Committee of the Communist Party of China, Xi Guohua, former vice minister of the Ministry of Industry and Information Technology and former chairman of China Mobile Communications Group, and civil servants such as Xu Shuncheng, Zhang Qi, Han Jun, Li Fuchang, Hong Jingyi, Yu Jiguang, who have long cared about and supported the construction and development of China's sovereign network space against the pressure within the system, you make the people respect!

Thanks to professors such as Lü Shuwang and Dong Chuanyi of the University of Chinese Academy of Sciences, professors Li Daoben and Lou Peide of Beijing University of Posts and Telecommunications, Xie Linzhen and Ni Jianzhong, executive vice presidents of the China Mobile Communications Federation, and experts, scholars and people from all walks of life such as Xi Hequan, Mao Shixing, Lu Mingxin, Li Changhong, Hu Hui, Li Beiwei and others who are persistent in loving the country, who have always and unremittingly defended China's sovereign network theory and are brave to practice, and have made tenacious and unremitting struggles and efforts for the rejuvenation and strength of China's sovereign public network, you make the people respect!

Thanks to Chinese experts such as Xie Jianping, Liu Yadong, Zhang Qingsong, Wang Hao, Lai Jiawen, Cheng Xiaowei and others who have created future network international standards, and all the inventors, creators, innovators and practitioners in China's network space industry who have been self-reliant, hard-working, painstaking and unremitting for more than 20 years to safeguard China's network space sovereignty, you make the people respect!

Drop the illusion and be prepared for struggle. We are convinced that in 2017, the new generation network technology IPv9 will surely make major breakthroughs in the future network architecture and key technologies in the fierce competition with the next-generation evolution technology IPv6 of the US Internet, and lay a solid foundation for building, developing and maintaining China's sovereign network space. The military and civilians are united as one, and let's see who in the world can be the enemy!

The author is the director of the International Strategy Research Center of the China Mobile Communications Federation (revised and sorted out on January 12, 2017)

Last edited by zzz19760225 on 2017-7-17 at 23:11 ]