What sparks will there be for driverless and 5G?

AI has been widely applied to daily life, including computers, education, medical care, transportation, law, industry, etc. When it comes to artificial intelligence, you can think of 'unmanned driving', which has been a relatively popular topic in recent years. In fact, there are already precedents of 'unmanned' in foreign countries.

From the advent of the concept of the proposed entity, it all reflects the progress of human beings in scientific and technological research and development.

To put it simply, 'unmanned' is an intelligent robot car, which mainly relies on the assistance of intelligent systems to achieve the purpose of unmanned driving. As early as the 70s of the last century, developed countries in Europe and the United States have begun to study unmanned driving. And China is a later study than Europe and the United States.

But in just a few years, the National University of Defense Technology has developed China's first truly driverless car. Lay a solid foundation for future research. Later, the first urban driverless car was also developed at Shanghai Jiao Tong University.

The arrival of high-speed, low-latency 5G has accelerated intelligence and the Internet, and the research of driverless cars has also accelerated. Since the beginning of research in the 70s of the last century, almost half a century has passed, and driverless cars have not yet become popular. In addition to the high cost of research and manufacturing, the biggest problem is the safety performance that the public is more concerned about.

According to the available data and practice, unmanned driving has not yet reached the expected safety height. It will take a period of time to wait until unmanned driving is popularized. The specific applications and limitations of unmanned driving still need to be overcome.

From the perspective of the current environment and technology, once the unmanned driving technology is successful and widely applied, the existing automobile-related staff will be replaced. Therefore, the road to the popularization of unmanned driving is still relatively far away. While waiting and seeing, those who don't have a driver's license should try their best to get their driver's license.

The development of 5G technology can make unmanned driving technology develop faster and faster.

5G will bring faster bandwidth, data processing power will be stronger, and there will be great potential for autonomous driving.

There should be sparks, so 5G should be of great help to unmanned driving.

If the two are combined, humanity will enter a new era and era.

There is a high probability that 5G technology will help "unmanned driving" break through the bottleneck in the future.

Autonomous driving will definitely integrate this technology, and the system will be more efficient at that time.

This may be a strong combination, and it may be unmanned to rely on five G to operate.

The combination of these two technologies should be very useful.

These two are relatively developed technologies in the field of science and technology, and if they can be combined, it will be an even greater achievement.

There's not a trend yet, but if it does, it must be a big step forward.

Driverless cars.

The development of 5G networks is needed.

Supported. Under normal circumstances, the data transmission is smooth, and the massive radar scan data and comprehensive city data given by the platform will enable the car to choose the most suitable route and take evasive and braking work in time. If you want to rely on the Internet of Vehicles.

There needs to be high-speed wireless transmission, and at the same time, there is a need to overcome the speed of the network.

bandwidth, latency, etc. It can be seen with the naked eye that the peak of 5G can reach 20GB per second, which is 100 times higher than 4G. With the release of 5G commercialization**, the pace of 5G implementation has accelerated, but it still needs a long construction process.

1.Reliability is a major concern for autonomous driving applications, as loss of signal or loss of control in driver assistance applications can affect driving safety. An important 5G improvement to help ensure performance and availability is network slicing, which will allow mobile operators to virtualize network resources for applications.

Set specific quality of service.

As a result of this safety requirement, autonomous driving applications can be assigned a higher priority than other network applications.

2.Autonomous vehicles of the future.

It will be deeply integrated with artificial intelligence technology, and can learn from the driving experience of other vehicles. When self-driving cars encounter new driving situations, the old friend algorithm that controls the operation of the driverless car will continue to improve. However, to achieve these improvements, data must be collected from driverless cars, analyzed and synthesized into improved algorithms, and then distributed to other vehicles.

To do this, 5G networks are also needed to ensure that this data can be exchanged faster and more efficiently, allowing these automated vehicles to distribute and receive data and ultimately better perform their own functions.

3.Generally speaking, ULLC, that is, high-reliability, low-latency services in 5G, is mainly used for unmanned driving. With the improvement of autonomous driving technology, the commercial use of driverless cars is accelerating.

Once driverless cars hit the road on a large scale, the data they generate and need will also increase. Therefore, the industry generally believes that 5G networks are very important for the development of driverless cars. The above is the answer to the question of whether the development of driverless cars needs 5G network support.

I think we need the support of the 5G network, because the running speed of the 5G network is very fast, and it can also help us solve a lot of unnecessary troubles, so I think we need the support of the 5G network.

I think it is needed, driverless cars need a lot of data support, and the 5G network can meet its needs.

Of course it does. Driverless cars need to be connected to the Internet, and they need to be supported by 5G networks, so they will be more secure.

Requires support from a 5G network. Because driverless cars drive themselves through data analysis.

5G can keep all kinds of terminals connected to the Internet and carry out high-speed data transmission, and for unmanned driving applications, the emergence of 5G will further improve it and achieve commercial use. Speaking of 5G, there are currently only two companies that can do it (Nantong Company in the United States and our Huawei) This can be said to require a lot of investment in material, manpower, and financial resources, and they are not yet popular, and the latest reports are saying that 5G mobile phones are coming out soon.

The fifth-generation mobile communication technology (5G), after the emergence of 4G, the speed is about 10 times faster than that of 3G, and then the service speed of 5G is 1,000 times faster than the current 4G network. At present, the latency required for wireless networks is between 50-150 milliseconds, and what does it matter how safe driving is not a few G networks. Safety is directly related to the driver's office, and most of the road killers have obtained a driver's license without strict review.

So it has nothing to do with the network.

Under normal circumstances, the data transmission is smooth, and the massive radar scanning data and the comprehensive data of the city given by the platform will allow the car to select the most suitable route and take timely avoidance and braking work. Then to rely on the Internet of Vehicles to have high-speed wireless transmission, but also need to overcome network speed, bandwidth, latency and other problems. It can be seen with the naked eye that the peak of 5G can reach up to 20GB per second, which is 100 times higher than that of 4G. With the issuance of 5G commercial photography, the pace of 5G landing has been accelerated, but there is still a long construction process.

Moreover, some technical problems of 5G have not yet been solved, so it must really be commercialized or applied to unmanned driving.

5G can improve some of the practical application technology capabilities of autonomous driving, such as communication (response) speed, but autonomous driving needs to replace drivers, far more than that. We know that unmanned driving needs to exchange data with remote servers in real time through on-board sensors, which requires low latency and speed, but the current 5G communication coverage is still very limited, and I personally believe that in the next 2 years or so.

The development of unmanned steam bright search sensitive car does not leak wisdom needs 5G network support, the future may be needed, but it is not needed for the time being, the technology is constantly improving, and no one knows what the future will be.

It is definitely needed, because only a faster transmission speed and a greater amount of information can be used to analyze these cars.

I think the development of driverless cars certainly needs the support of 5G networks, because it will be more stable and will not cause other dangerous situations.

Need. It is estimated that it can bring a very convenient experience to our lives, so driverless cars will definitely need the support of 5 g.

It definitely needs to be supported by the 5G network, after all, the 5G network has been used in all aspects, and driverless cars cannot be avoided.

Yes, this is because the speed of the 5G network is relatively fast, and in this way, the call can also make the efficiency of the driverless car more advanced, and at the same time, it can also prevent some unknown situations.

I don't think so. After all, the Internet is an uncertain factor, so I don't think car driving should have any connection with the Internet.

Miao Wei, Minister of Industry and Information Technology, said that in the era of 5G, the standard of this delay has entered the millisecond level from seconds, that is, the delay is less than 1 millisecond, which is imperceptible to people. For example, the control of driverless cars and drones. This millisecond delay may lead to car crashes and deaths, and at this time, this kind of high-bandwidth, low-latency, and wide-coverage 5G era network is needed.

Regarding the Internet of Things, Miao Wei further explained, for example, the driverless car that everyone is talking about now, in addition to the sensors to feel all aspects of information, it also needs to establish information links between cars and cars, cars and roads. If the car is stuck and suddenly there is no signal, then it will run around, it can't stop when it's time to brake, and it still goes straight when it's time to turn, and the consequences are very serious. Therefore, the requirements for the network in this regard, such as high reliability, low latency, high bandwidth, and wide coverage, are very high.

As for when driverless cars will be available, Miao Wei believes that there will be a relatively long time for this, such as eight to ten years. "First of all, the safety of driving is our priority direction, if the driverless car has an accident all day long, I think this technology will not be promoted at all, and no one dares to use it, so safety is the first consideration. Secondly, of course, it is the replacement of people, let alone unmanned driving, what is more urgent than this is the replacement of workers by robots.

I think that's an unavoidable question. We need to adapt to this shift. ”

According to reports, the world is accelerating towards the 5G era, and looking forward to the future, the fifth-generation mobile communication technology with extremely high speed, extremely high capacity and very low latency will bring more great changes to people's production and life.

Analysts say that the 5G network is as important as oxygen for driverless cars, the load capacity of the 5G network will be much stronger than that of 4G, the network congestion will be greatly reduced, and 5G technology will be specially considered for high-priority users such as self-driving cars, ensuring that the car's control signals can always be transmitted at a fast enough response speed.

I hope that 5G can drive the development of unmanned driving technology!

Unmanned driving and 5G networks do not have much to do with it, unmanned driving is an autonomous driving program, of course, in the 5G era, these technologies will develop better.

On May 9, Huawei officially announced that it will join hands with the first batch of 18 car companies to establish a "5G Automotive Ecosystem" to accelerate the commercialization of 5G technology in the automotive industry.

It is understood that the 18 car companies are: FAW Group (FAW Hongqi, FAW Besturn, FAW Jiefang), Changan Automobile, Dongfeng Group (Dongfeng Passenger Vehicle, Dongfeng Xiaokang), SAIC Group (SAIC Passenger Vehicle, SAIC-GM-Wuling), GAC Group (GAC New Energy), BAIC Group (BAIC New Energy), BYD, Great Wall Motor, Chery Holdings, JAC, Yutong (Bus), Cialis, Nanjing Iveco, T3 Travel and other first batch of 18 car companies (in no particular order).

Huawei emphasized that they will not directly manufacture automobiles, but will empower the automotive industry with 5G technology, making 5G vehicles a strategic high point for the development of automotive industries. 5G technology has the characteristics of high speed, low latency, and high reliability, and it will open up a new imagination space for scenarios such as intelligent networking, intelligent transportation, and autonomous driving.

As an extension of the intelligent and connected ecosystem, Huawei hopes to contribute more technologies, platforms, and ideas to ecosystem partners through the advantages of automotive incremental components, 1+8+N all-scenario experience for consumers, and the capabilities of 5G network solutions, so as to serve car companies in a more systematic way to carry out innovation verification of 5G vehicles.

The next two years will be a critical year for the outbreak of 5G vehicles, and related cooperative companies such as Thunderda, TransInfo Technology, LUCKY Technology, DEREN Electronics, and Desay SV are expected to usher in development opportunities.

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