According to the latest report released by South Korea, the country’s robotics industry has been surpassed by China. In fact, thanks to the growth in core technologies and the market opportunities brought about by the smart manufacturing trend, the Chinese robotics industry is accelerating in recent years, and it is obviously not the end point to surpass Korea.
China's robotics industry won more artificial intelligence in South Korea will bring more possibilities
The 2018 Pyeongchang Winter Olympics not only used the robot HUBO for the first time, but also held a dazzling robot ski competition. The form of this competition is highly innovative, allowing the global audience to experience the strong strength and great ambition of South Korea in the field of robotics.
Obviously, robots are one of the major core industries in the future. Although South Korea has considerable influence in the field of robotics, according to research conducted by the Robotics Industry Association of the country, it is found that Korean robots are not only lost to major countries such as Europe, the United States, Japan, and Japan, but have also been overtaken by China’s rising stars.
South Korea's robotics industry is facing crisis
According to news from the Korean media, the Korea Robotics Industry Association recently released a report entitled "2017 Robot Industry Competitiveness Survey." The report compares the Korean robotics industry with those of China, the United States, Germany, and Japan, and finds that South Korea has a huge gap with these countries in terms of its competitiveness index.
According to South Korea's "Asian Economy" report, the report conducted online and offline surveys of 87 Korean robot industry practitioners, academics, and experts in the field. The evaluation includes price, quality, manufacturing, and human resources. And technology in five areas.
In the survey, Japan, Germany, and the United States scored better than South Korea. Not only that, even China, as a rising star, outclassed South Korea in three of the four categories of robots, and only robot parts “failed.†South Korean robotics industry sources said that the decline in the competitiveness of the Korean robot industry, this is a major crisis in South Korea's major industries.
Therefore, the report suggests that the Korean government should accelerate the localization of the robot industry, increase the core strength of the industry, and gradually get rid of dependence on imported robots. At the same time, related departments should build a sales platform for robot manufacturers to enhance the competitiveness of the Korean robot industry.
The rapid rise of China’s robot industry
On May 19, 2015, “Made in China 2025†was issued and formally proposed to use “smart manufacturing†as the breakthrough point and main direction. Technological advances are changing with each passing day, and the trend of development is constantly being adjusted. With the trend of automation and intelligence becoming more pronounced, "smart manufacturing" is forming a new outlet in China.
Under the guidance of smart manufacturing trends, China's robotics industry has risen to the national strategic height. According to industry insiders, the development of the robotics industry is not only the only way to build a powerful manufacturing country, but also an important entry point for a better life, and it is also an important force to promote China's economic transformation and upgrading.
With the growth of domestic core components, the entire domestic robot manufacturing industry has achieved a leap forward. As the cost of procurement of core components decreased, the output of domestic robots continued to increase. The increase in the output of domestic robots and the decline in prices have led to the expansion of market demand, and gradually formed the benign ecology of the domestic robot industry.
Analysts pointed out that China’s robotics industry started off in the case of obvious short boards and a relatively late start, breaking the pinnacle of foreign monopolies, and gradually “caught upâ€. With local advantages and historic market opportunities, the Chinese robotics industry is accelerating its rise and creating a new "Chinese miracle."
Artificial intelligence will release new kinetic energy
As a big manufacturing country, China follows closely the trend of the world. Taking the road to “innovation†is an inevitable trend, and it is also an opportunity for China to speed up the realization of overtaking. The deep integration of artificial intelligence with the robotics industry will create new subversion for robot production and business models. Undoubtedly, the intelligent robot will become the new technological commanding point and benefit growth point in the robot field in the future.
The artificial intelligence technology that is developing in the boom will open up a huge imagination space for the new generation of robots. The intelligent robot technology will be more concentrated in the fields of smart chips, big data, Internet of things, and biometrics. In these areas, the gap between China and foreign countries is not big.
Therefore, with the development advantages in the frontier technology fields such as artificial intelligence, the Chinese robotics industry will gain enormous opportunities beyond the past. By then, the competitiveness of China’s robotics industry will continue to increase, no matter in the mature industrial robot field or in the service robot field where the market has accelerated its expansion.
Application-Specific Integrated Circuit refers to an integrated circuit specifically designed to perform a specific computing task. It is very common to use ASIC for mining in the field of blockchain. This article will analyze the principle of ASIC mining and why it should be anti-ASIC.
For Bitcoin, mining has gone through four stages: CPU, GPU, FPGA and ASIC. GPU is naturally suitable for parallel simple operations, so the execution of SHA256 is much higher than the CPU. FPGA is a programmable hardware, because it has a certain degree of universality, so the unit price will be relatively expensive. ASIC has a large initial design investment, but the unit price will be cheaper after mass production. Therefore, if you can determine that the market size is relatively large, the use of ASIC technology will be the most cost-effective.
This is the basic principle of ASIC.
In a nutshell, mining is running complicated calculations in the search for a specific number. Whether it`s an ASIC miner or a GPU mining rig, mining hardware must run through many calculations before finding that number. In proof of work systems like Bitcoin, the first one to find that number gets a reward - at the time of writing, 12.5 Bitcoins worth around $96,850. That reward will fall to 6.25 Bitcoins in May 2020.
There are so many people and powerful computing systems trying to mine Bitcoin that miner groups form to find that number and share the profit. Even more, the faster your hardware, the more you earn. That`s why people who can afford it opt for ASIC miners because it gives them the greatest chance of earning cryptocurrency in exchange for their investment.
Each cryptocurrency has its own cryptographic hash algorithm, and ASIC miners are designed to mine using that specific algorithm. Bitcoin ASIC miners are actually designed to calculate the SHA-256 hash algorithm. In the case of Litecoin, it uses Scrypt. That means technically they could mine any other coin that`s based on the same algorithm, though typically, people who buy ASIC hardware designed for Bitcoin mine that specific digital currency.
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