Driverless car with 5G network: driving unmanned data value conversion

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In the past, people thought that the concept of “unmanned driving” and “machine driver liberating human drivers” was far from satisfactory. However, Intel is letting such an idea fall. In order to drive the data center on the wheel, Intel's current power in the field of unmanned driving is described as "not a thousand miles". The six technologies are "steps" and help others. The key to driving a car is a thousand miles. Let's take a look at the related content with the car electronics editor.

When the car becomes the center of the wheel on the data and the data becomes the new "oil" of the future unmanned, how to better process the data, manage the data, migrate the data, store the data, share the data, and learn from it becomes even more important. Although much of the data generated in the car is digested and applied in the car, at the same time, unmanned driving relies on data shared between nearby cars and between the car and the cloud. As data migrates outside of the car, the wireless network must be able to process the data.

In the future, driverless cars must compete with billions of devices for network bandwidth, and today's 4G networks are unable to meet this demand and handle the data traffic generated by millions of unmanned vehicles on the road. Intel is helping to lead the 5G network transformation to meet the needs of driverless speed, latency, power consumption, scale and transient response.

Let data display car 5G drive driverless data value conversion

See data traffic between cars and the cloud with Microsoft HoloLens* technology

5G is a low-latency, high-bandwidth network, and the data flowing in real space cannot be seen by people. Hololens, which works with Intel and Microsoft Cloud, can turn this data into visual images and data streams that will let people understand the current data situation in driverless driving. For example, when the data traffic at a certain point in the road suddenly increases, the system will issue a warning and analyze the cause of the data anomaly, and transmit the abnormal phenomenon to the user.

When people are driving a driverless car, they need to build trust with the driverless car. In the visualized user experience, when an emergency occurs, the car will give the occupant an advance notice before making a brake or the like, so that the occupant is prepared. The car 5G enables the control side to have a visual technology that turns simple data into visible information, warnings and prompts, helping people build a strong sense of trust in the driverless car.

The strongest partner Intel? GO? equipped with 5G communication platform

Intel's first 5G-ready platform for the automotive market, the Intel? GO? Smart Driving 5G vehicle communication platform, will provide a 5G mobile test platform and facilitate the development and testing of early prototype solutions. Combining such a powerful technology platform is tantamount to providing double protection for unmanned vehicles.

Industry collaboration 5G era win-win unmanned driving

5G networking technology represents a major shift in the industry, requiring unprecedented integration between wireless connectivity, computing intelligence and distributed cloud resources from Intel. To this end, Intel is constantly breaking through the boundaries and working with industry-leading vendors. It is worth mentioning that Intel and Ericsson have achieved the first pre- 5G wireless interoperability and demonstrated the 5G 28 GHz wireless connection between the Ericsson base station and the Intel GO Smart Driving 5G vehicle communication platform at the driverless seminar in San Jose. At the same time, Intel has established a 5G Automotive Communication Technology Alliance (5GAA) with companies such as Ericsson and Huawei to jointly promote the development of 5G industry standards.

The huge social and economic benefits brought by driverlessness are expected in the future. Intel is working with communication service providers and unmanned partners to promote the development of on-board 5G platforms and protect the value of unmanned data. People are driving a thousand miles to prepare for the predecessor.

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