Unmanned Traffic, 3D Printing Which Leads the Fourth Industrial Revolution

The 2016 annual meeting of the World Economic Forum focused on the theme of “Controlling the Fourth Industrial Revolution”. Which technologies will lead the fourth industrial revolution? Davos, the Swiss city of snow and ice, has many answers.

In the latest book "The Fourth Industrial Revolution", Klaus Schwab, Founder and Executive Chairman of the World Economic Forum, enumerated the core driving technologies in the new industrial revolution from the fields of physics, digital and biology respectively. Vehicles (self-driving cars and drones), 3D printing, advanced robotics, new materials, internet of things, and genetic engineering.

Under the big framework of the new industrial revolution, various technologies blend and promote each other. Just as there is no supercomputing power, it is difficult to achieve gene sequencing; without advanced technological advances in artificial intelligence, advanced robots cannot be promoted.

Qualcomm Chief Technology Officer Matthew Grob said in an interview with reporters that the fourth industrial revolution will not only be driven by a technology. Artificial intelligence and learning algorithms, high speed and low cost communication technology will be the new industrial revolution. important parts of.

Taking artificial intelligence as an example, Apple's mobile phone Siri voice control system implements preliminary intelligent applications through preset answers and web search means. However, people in the scientific and technical circles attending the annual meeting in Davos predict that artificial intelligence in the future can achieve understanding of language, reading of documents, self-learning, and even emotional understanding.

U.S. Facebook’s Interactive Experience Zone in Davos demonstrates the use of artificial intelligence in social media. For example, the use of artificial intelligence technology to automatically identify photo subjects, characters, and even urban landmarks can not only read pictures for blind people, but also users. Give feedback based on the right or wrong identification, help improve the technical accuracy.

At the meeting of the World Economic Forum, seminars on brain science, carbon emission reduction technologies, humans and machines are in full swing. A virtual reality documentary called Collision has attracted a large number of political and business elites.

According to reports, the producer used 16 special cameras to take a full 7-day shot in Australia's Dasha Desert, and then all video clips took months. Experiencers who place their smartphones in virtual reality goggles as a display screen can get an “immersive” real-world experience. No matter whether they are looking down, looking around or looking around, they all feel at the scene.

This "GearVR" virtual reality eye mask produced by Samsung is priced at just $100. The shocking perception brought by the virtual reality documentary completely oversteps the traditional screen boundaries and is expected to bring about subversive changes to the film and television industry. In addition, virtual reality technology can also flex its muscles in areas such as military simulation training and distance education.

At present, the relationship between genetic mutations and certain diseases remains mysterious and unknown. Supercomputing can play an important role in gene sequencing, finding problematic gene mutations, and developing precise drugs. Future genetic engineering technology will be further upgraded and it is hopeful that genetic modification will avoid incurable diseases.

Tsinghua University and the Bill & Melinda Gates Foundation signed a memorandum of cooperation in Davos, Switzerland on the 22nd, deciding to set up a "Global Health Drug Research and Development Center (Beijing)" in Beijing to create a highly sophisticated innovation platform for pharmaceutical transformation. . Industry experts believe that with the technical advantages of Microsoft and Tsinghua, the potential of the center to drive innovation in the field of global pharmaceutical R&D is worth looking forward to.

Bill Gates told reporters that many innovations in science and technology are rapidly advancing, and innovation in the digital field may continue to lead. Computer cognition, robots working on humans, internet of things, and big data analysis models can become the basic tools for all industries including medicine.

With the continuous emergence of new technologies and innovations, this year's annual meeting in Davos has attracted a number of start-up technology companies to come to gold, and many venture capital and multinational companies are also interested. New technologies are activating new economic growth points and the future of the new industrial revolution is worth looking forward to.

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