2018MWC predicts how long it will take for artificial intelligence to transform application intelligence in the future

At MWC, we witnessed the advancement of technology and predicted the development of future trends. Smart factories are emerging. It is not impossible to fly to work. Future mobile terminals will be more intelligent. From "artificial intelligence" to "application intelligence", we still have to wait.

[Imagine that in the near future, we will have a manned drone, based on the popularity of 5G networks. At that time, we no longer have to try to kill a bloody road at the peak of the jamming commute, a cup of coffee. Time can span half a city]

Perhaps most of us will not be able to enjoy a billion-dollar lunar exploration trip for the rest of our lives. We can only imagine the image of this distant, beautiful planet through the precious images of fuzzy jitter. But in VR games, users can be transformed into astronauts in the virtual world, truly feel the astronauts' perspective on the moon, overlooking the astrologer's perspective, and work with partners to complete lunar patrols, soil collection, etc. task. On the 2018MWC booth, such application cases are everywhere, and the experience is more real than in the past.

In fact, with the development of wireless communication technology and the outbreak of vertical applications, more and more "unbelievable" science and technology are beginning to appear around people. Through three days of MWC visits, the reporter found that digital technologies including artificial intelligence, virtual reality (VR), augmented reality (AR), Internet of Things (IoT) and data analysis are subverting traditional business cognition and commodities. The way of trading, "intelligence of applications" is everywhere. The MWC's organizing committee defined this trend more simply and clearly as "creating a better future" (CreaTIngaBetterFuture).

Accenture, a global digital service provider, mentioned in the technical forecast of this MWC that many industries should be “new”. With the rapid application of various ideas in various industry sectors, companies need to constantly question their own business assumptions and re- Imagine every component of the business model. For example, if you want to watch a Winter Olympics event, you don't need to go to the scene. The virtual reality live broadcast and on-demand of 30 games provided by Intel TrueVR technology can bring a simulated live viewing experience.

MWC organizer GSMA will set the theme of this year as “CreaTIngaBetterFuture” and set up a booth called GSMA Innovation City to showcase the tremendous changes in the fields of healthcare, retail, industry and transportation driven by mobile network innovation. In these applications, some use 5G, and some may not be implemented without 5G, but the core is network connection, and digital and intelligent based on network connection. The real world after the interconnection, digitization and intelligence of all things will become more diverse and exciting, that is, to aBetterFuture.

When talking about MWC2018, Alex Lawrence, senior research manager at GSMA, said that the current network development is like the cusp of the Cambrian explosion. "Network innovations such as automation, virtualization, and edge computing will bring Unprecedented capabilities far exceed the transition from 2.5G to 3G."

Taking traffic as an example, the reporter saw the world's first manned drone eHANG184 displayed by Huawei in conjunction with eHANG at the WirelessXLabs booth of Huawei.

This operator, who only needs the operator in the control center, can remotely control the flight through the wireless network, intuitively and powerfully explain to the industry the basic idea of ​​networking as a future transportation infrastructure. Imagine that in the near future, we will have a manned drone, based on the popularity of 5G networks. At that time, we no longer have to try to kill a bloody road during the peak hours of jamming, a cup of coffee. It can span half a city. In addition, InnovaTIonCity will also showcase drone remote control flights and professional radar inspections.

At the Intel booth, the imagination of future transportation is no longer limited to the laboratory. The reporter saw at the scene that unlike other car demonstrations, Intel's car is no longer a car in a "laboratory". In November 2017, the car powered by Intel technology has been on the city road in Tokyo, Japan, and real-time 5G connectivity is achieved while driving. The car is connected by the Intel GO Smart Driving 5G Vehicle Communication Platform, which is connected to multiple Ericsson base stations, and is networked via DOCOMO's 5G network.

Bao Yikang, president and CEO of Ericsson, believes that 5G will be built on multiple use cases. In his speech at MWC, he proposed that large-scale applications of 5G worldwide will first occur in enhanced mobile broadband use cases to meet the surge in data traffic and provide a better user experience. Data traffic is expected to grow at a CAGR of 40% from 2017 to 2023 – meaning that data traffic at each site will increase by more than eight times.

It's not just about changing people's daily lives, but about changing vertical industries. In Accenture's forecast, another major focus of attention this year on MWC is the emergence of "Industrial X.0." Industrial X.0 is not only the fourth industrial revolution, but also the process of industrial transformation of core operating methods and changes in workers and customer experience and business models driven by digital technology.

Accenture believes that the combination of digital technologies will have a huge impact on industrial companies. In the industrial equipment industry, if combined with robotics, artificial intelligence, blockchain, big data and 3D printing technology, the company can save an additional $43,000 in cost per employee. At MWC, more solutions for industrial companies (including plant managers and workers) will enable convergence between different digital technologies, and plant managers can capture data from various production systems, optimize production in real time, and optimize resources and skills. Dynamic allocation to reduce waste. In addition, smart glasses, 3D printing, and even drones will make workers even more powerful, changing the way work is done.

The reporter also saw many demonstrations on smart factories at MWC. For example, Denso and Huawei jointly demonstrated the wireless smart factory. On the spot, nine WAVE robots in the “factory” were connected by wireless network. They formed a division of labor through wireless network, and can quickly assemble three different ballpoint pens according to their needs, and even The buyer's name is engraved on the pen case.

At the Ericsson booth, Ericsson and China Mobile developed and demonstrated a new generation of 5G smart factory prototype based on network slicing technology, simulating the product assembly process in a smart factory environment, fully demonstrating the potential application of 5G network in the field of intelligent manufacturing.

Yang Zhiqiang, deputy dean of China Mobile Research Institute, said, "The joint demonstration demonstrated the application of network slicing in the industrial Internet as a basic service form in the 5G era, and initially explored a new model of cross-industry intelligent manufacturing, and served the vertical industry for 5G. Provided a demonstration."

In a sense, 5G networks are moving towards real-world applications, using wireless as the infrastructure of the factory. The various elements of the wireless factory reduce the dependence on cables. Without the cobweb-like cable constraints, the machines can be turned on demand. Make adjustments quickly to achieve a higher degree of flexible manufacturing.

The mobile phone products that have been popular in MWC in the past are still the focus of the outside world.

The first is the Samsung GalaxyS series flagship returned to MWC and released the S9 series of new products. The Galaxy S9 is equipped with an "super slow motion" sensor that can reach 960 frames per second, while super slow motion is one of the ultra-high speed photography techniques in the analysis of manual motion cameras in competitive sports.

HMD, which returned to the Chinese market last year, launched four mobile phones, including the comprehensive screen new machine Nokia7Plus, Nokia81104G version, Nokia1 and Nokia8Sirocco. Xu Lixin, vice president of Nokia China, told reporters at the scene that the research and development of 5G technology is continuing, and the terminal's AI is still fermenting.

In fact, at the MWC site, not only Samsung, LG, ZTE and other brands released new mobile phones to emphasize AI functions, even Huawei's newly released full-screen notebooks began to be equipped with AI hardware and software, and began the road of AI applications. According to Chen Ting, president of the communications business unit of Jingdong Electronic Entertainment Group, the innovation of mobile phones still has a lot of space, and will break out in the most competitive Chinese market, such as fingerprints under the screen. The reporter saw the full range of fingerprint identification solutions displayed by Huiding Technology at the MWC site. Huiding Technology revealed to reporters that the screen optical fingerprinting solution will achieve mass production during the year.

In addition to mobile terminals, more terminal innovations are taking place. Under the catalysis of 5G technology, Huawei released the 5G commercial chip Baron 5G01, the first 3GPP standard (the world's authoritative communication standard). Based on this chip, it can download an episode of network drama in less than one second.

Qualcomm, a terminal chip giant, also released a number of results from MWC's extensive 5G real-world network simulation experiments over the past few months. Among them, the simulation test results in Frankfurt show that the browsing speed of 4G users jumped from 56Mbps to more than 490Mbps for 5G users, the browsing response speed is about 7 times that of the previous one, and the download speed has also been greatly improved. More than 90% of users are The download speed of 100 Mbps is achieved on the 5G network, and the download speed is 8 Mbps in the case of the LTE connection technology. To some extent, faster speed phones will appear soon.

Intel also demonstrated the first 2-in-1 prototype design that supports 5G and the progress achieved by integrating real 5G wireless technology into the mobile PC platform. Intel expects the first 5G fully interconnected PCs to be available in the second half of 2019.

Also worth mentioning is Google. At MWC, Google announced that GoogleAssistant will integrate Android with its voice ecosystem, allowing developers to integrate GoogleAssistant into their apps. Google Product Manager BradAbrams said: "By the end of this year, AcTIonson Google will provide services to 95% of the world's eligible mobile phones. Actions can allow developers to reach out to users and help users complete certain tasks through voice. Users can also benefit from AndroidAPP. Especially in complex or highly interactive tasks."

“In addition to mobile phones, there are smart speakers everywhere. In the near future, digital assistants will be everywhere, and some digital assistants will understand what users are saying and respond with voice. A large part will become mobile devices or screens. Chat bots. Others that are not seen by people will run silently in the background, intelligently selecting and organizing information and services for users.” Accenture believes that voice is becoming an important part of controlling devices, accessing information and other services. means. The global ownership of digital voice assistants is expected to increase at least twice this year.

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