With the continuous transformation and upgrading of science and technology and the continuous improvement of social economy, people have put forward higher requirements for cars, which needs corresponding reform. Smart cars can avoid driver fatigue, make cars more flexible and humanized, and mainly improve driving safety. Therefore, intelligent car is the inevitable direction of future automobile development.

 

The automobile is actually a very complete supply chain, innovation chain and industrial chain. Traditional cars are actually very closed and difficult for outside companies to enter. Now, from the car to the component to the chip, this change is the middle layer that was not present in the original automotive industry system, and it is just the indispensable chain that supports the core of the next intelligent network connectivity in the car. Enterprise has boundaries, technology has no boundaries. Within the boundaries of the enterprise, the most efficient iteration of all production data and innovation resources has this organization and industry. Now, core resources are not in the system. In order to develop further, we have to break this system.

 

                                                          

 

 

Under the intelligent networked Vehicle industry System, there are five basic platforms to support the development of intelligent networked vehicles in the future. The five basic platforms include: the basic platform of on-board computing, the basic platform of on-board terminal, the basic platform of cloud control, the basic platform of high-precision dynamic map and the basic platform of information security. These five platforms cannot be done well by any business, they must be cross-border. These platforms have a logical relationship, from the on-board computing platform to the terminal platform.

 

Intelligent vehicles can maximize the use of cars to a certain extent, reduce car sales and reduce the pollution of automobile exhaust to the natural ecological environment. According to Google's driverless car team, the usage rate of traditional cars is only 4%, which is very low. However, intelligent cars can provide service for others in turn according to passengers on rainy nights, arrange vehicle use scientifically and reasonably, improve vehicle utilization, reduce vehicle consumption and the total amount of resources, and reduce carbon emissions to some extent. Smart cars can be used by people for 24 hours. In the future, passengers will be able to book driverless cars via their mobile phones and park them whenever they want. Passengers can save a lot of time searching for parking Spaces on crowded roads, maximizing travel rates. To sum up, smart cars are superior to traditional cars in terms of energy saving and emission reduction.

 

In the automobile industry, the overall level of China is in the international leading position, the market share of independent brands has increased year by year, the supply capacity of key components has improved significantly, the new energy automobile industry system is increasingly perfect, batteries, motors, electrical control and automobiles have strong international competitiveness, laying a solid foundation for the development of intelligent vehicles. In terms of network communication, China has seen the emergence of many world-class leading enterprises in the Internet, information and communication fields.

 

Mobile communication and Internet operation service capabilities rank among the top in the world, and have accumulated important strength for the development of smart cars. With the comprehensive development of intelligent cars, intelligent driving and even intelligent transportation, China's transportation will gradually realize intelligent management, congestion, parking difficulties, emissions and energy consumption problems.With the continuous upgrading of transportation infrastructure and the limitation of space for safety improvement, people pay more and more attention to the safety of automobile driving. Based on natural driving studies, we know that about 78 percent of driving crashes and 65 percent of crashes each year are caused by distracted drivers.

 

                    

 

 

In the past, however, independent safety systems have not been able to avoid restrictions on driver operations. There are also corresponding restrictions in terms of pedestrian safety, intersection safety and night driving safety. Intelligent vehicles can use on-board facilities and road test systems to communicate with surrounding on-board facilities, provide comprehensive temporal and spatial information for personnel, complete the system adjustment between roads, effectively improve driving safety, and solve many problems that autonomous safety systems cannot solve to a certain extent.

 

At present, with the continuous transformation and upgrading of information technology, the pace of automobile design has been accelerated. Intelligent automobile technology not only significantly changes People's Daily driving habits, but also effectively ensures traffic safety and reliability, reduces the direct impact of automobile exhaust on the natural ecological environment to a certain extent, and reconstructs urban planning and traffic planning. In the future, intelligent cars will develop rapidly in the direction of intelligence, comfort and personalization. With the continuous integration of communication technology and perception technology, it can provide a strong guarantee for the development of intelligent vehicles.