In today's rapid development of science and technology, the car is no longer just a simple means of transportation, but has become a part of people's lives. As one of the representatives of new energy vehicles, Xpeng X9 has been committed to bringing consumers a more intelligent and convenient driving experience through the power of technology.
Recently, Xpeng X9 launched an activity called "Blindfold" Challenge, aiming to challenge the three extreme scenarios of morning peak congestion, highway overtaking, and ultra-narrow parking spaces in the old city by sealing the front windshield and front window with tape. Behind this event, it is thanks to XNet 20 The blessing of deep vision neural network and full-scene vehicle sensing SR environment simulation display technology integrating driving and parking.
xnet 2.The 0-depth visual neural network is one of the core technologies of Xpeng X9, which allows cars to have the same perception ability as human eyes. By studying and Xi and analyzing a large amount of road information, XNET 20 can identify obstacles, pedestrians, vehicles and other information on the road in real time, and judge and process it through built-in algorithms, so as to realize the automatic driving function. In the "Blindfold" challenge, it is with this technology that Xpeng X9 can safely and accurately complete various tasks in various complex road environments.
In addition to the deep vision neural network, Xpeng X9 is also equipped with a full-scene car-sensing SR environment simulation display technology that integrates driving and parking. This technology allows the car to perceive changes in the surrounding environment in real time while driving, and adjust its driving state according to these changes. This technique played a crucial role in the "blindfolding" challenge. Whether it is on congested roads in the morning rush hour, or in the emergency situation of overtaking on expressways, or even in the challenge of ultra-narrow parking spaces in old towns, Xpeng X9 can rely on this technology to achieve safe and stable driving.
It is precisely because of the blessing of the deep vision neural network and the full-scene car sense SR environment simulation display technology that integrates driving and parking, that Xpeng X9 can show strong intelligent driving capabilities in the "blindfold" challenge. This once again proves the great potential of AI technology in the automotive industry. In the future, with the continuous development of science and technology, we have reason to believe that intelligent driving will become the mainstream trend of the automotive industry.
One person cheers for the graduate school entrance examination