What is the Intelligent Connected Vehicle Innovation Alliance?

Intelligent networked vehicle, that is, ICV (full name intelligent connected vehicle), refers to the organic combination of the Internet of vehicles and intelligent vehicles, is equipped with advanced on-board sensors, controllers, actuators and other devices, and integrates modern communication and network technology to realize the exchange and sharing of intelligent information between vehicles and people, vehicles, roads, backgrounds, etc., to achieve safe, comfortable, energy-saving, efficient driving, and finally can replace people to operate a new generation of vehicles.

It's a good technique Be sure to choose a good place.

Most car brands now have itDevelop to intelligent networking, such as Freescale, Volkswagen, Kia, Chevrolet, Ford, Honda, Buick, etc

Intelligent networked vehicles are the organic combination of the Internet of Vehicles and intelligent vehicles, which is equipped with advanced on-board sensors, controllers, actuators and other devices, and integrates modern communication and network technology to realize the exchange and sharing of intelligent information between vehicles and people, vehicles, roads, and backgrounds, so as to achieve safe, comfortable, energy-saving, and efficient driving, and finally replace the new generation of vehicles operated by people.

The new traffic players of intelligent networked vehicles will reconstruct the relationship between people, vehicles and roads in the traditional transportation system, and will also change the dominance of the driver.

Intelligent connected vehicle control system.

Typically, the two key components that make up an environment perception system are physical sensors and V2X sensing technology. On this basis, we can understand that physical sensors include environmental perception and vehicle status sensors, as well as digital maps with a high degree of accuracy.

V2X sensing technology makes effective use of V2V and V2I technologies to enable each autonomous user to receive actual traffic conditions and driving information from other vehicles.

At the same time, the work of driving process evaluation, decision-making and effective control can basically be completed by the cooperation of traffic scene assessment, path planning and control. Traffic scenario evaluation means that it can effectively accept the traffic information sent by each sensor, organically integrate the information through its main functions, and complete positioning and matching on this basis, so as to provide drivers with several better traffic roads.

The main function of path planning and control is that it can reasonably complete the control of the vehicle trajectory after effective planning of the path based on the actual assessment results of road conditions.

The above content reference: Encyclopedia - Intelligent Connected Vehicles.

For example, Freescale, Volkswagen, Kia, Chevrolet, Ford, Honda, Buick, etc.

The intelligent networked vehicle is an organic combination of the Internet of Vehicles and intelligent vehicles, which is equipped with advanced on-board sensors, controllers, actuators and other devices, and integrates modern communication and network technology to realize the exchange and sharing of intelligent information between vehicles and people, vehicles, roads, and backgrounds.

Main advantages: intelligent sensing system, intelligent computer system, assisted driving system, intelligent bus system, etc.; The life service system includes functions such as audio-visual entertainment, information query and various biological services; For example, the location service system should not only provide accurate vehicle positioning functions, but also enable the car to achieve automatic location communication with other cars.

There are a lot of them, and they are available on the Internet.

Intelligent networked vehicle, that is, ICV (full name intelligent connected vehicle), refers to the organic combination of the Internet of Vehicles and hundreds of intelligent vehicles, specially equipped with advanced vehicle sensors, controllers, actuators and other devices, and integrates modern communication and network technology, the actual version of the car and people, vehicles, roads, background and other intelligent information exchange and sharing, to achieve safety, comfort, energy saving rights, efficient driving, and finally can replace the new generation of people to operate.

The intelligent network is connected to the car through the interconnection of people, cars, and homes and lives, providing an energy version for life.

Lots of convenience and access.

Accept. First of all, the intelligent network includes functions such as Internet access, listening, map navigation, car management, mobile phone remote control, and even games, which allow cars to participate more in life.

Although not all intelligent networked cars will develop into self-driving cars, self-driving cars must have intelligent networked functions, and intelligent networked vehicles are brain nerves for self-driving cars.

Intelligent networking, to put it bluntly, is the unmanned driving technology of automobiles!

The technical architecture of intelligent networked vehicles is "three horizontal and two vertical" technical architecture, "three horizontal" refers to the three major fields of technology mainly involved in intelligent networked vehicles: vehicle facilities, information interaction and basic support, and "two verticals" refers to the on-board platform and infrastructure conditions that support the development of intelligent networked vehicles.

Logic architecture: The logical structure of intelligent networked vehicle technology is composed of two main lines of "information perception" and "decision control", and the core of its development is to carry out information perception, decision-making early warning and intelligent control by the system, gradually replace the driver's driving tasks, and finally completely autonomous to eliminate all driving tasks.

Technical architecture: The technical architecture of intelligent networked vehicles is a "three horizontal and two vertical" technical architecture, "three horizontal" refers to the three major fields of technology mainly involved in vehicle facilities, information interaction and basic support of intelligent networked vehicles, and "two verticals" refers to the on-board platform and infrastructure conditions that support the development of intelligent networked vehicles.

Physical structure: The physical structure of intelligent networked vehicle products is to implement the various "information perception" and "decision control" functions involved in the technical logical structure to the physical carrier. Vehicle control systems, vehicle terminals, traffic facility terminals, external terminals, etc., transmit, process and execute the collected or received information through different network channels, software or platforms according to different purposes, so as to realize different functions or applications.

How about the intelligent networked vehicle technology major, what are the employment directions, and what are the main learning issues that the majority of candidates and parents and friends are very concerned about, the following is a relevant introduction, I hope it will be helpful to you.

1. Training objectives.

This major cultivates the all-round development of morality, intelligence, physical fitness, art and labor, masters a solid scientific and cultural foundation and the structure and working principle of intelligent networked vehicles, vehicle manufacturing processes and processes, vehicle parameter optimization and quality inspection processes and methods, fault maintenance processes and methods, etc., and has the ability of intelligent networked vehicle manufacturing, parameter optimization, quality inspection, fault diagnosis, test and testing, etc., with craftsman spirit and information literacy, and can be engaged in sample trial production and testing of intelligent networked vehicles and systems (components), and finished product assembly, commissioning, calibration, testing, quality inspection, related process management and on-site management, pre-sales and after-sales technical support and other work of high-quality technical and skilled personnel.

2. Employment direction.

For automotive engineering and technical personnel, automobile application engineering and technical personnel, automobile manufacturing personnel, automobile repair personnel and other occupations, intelligent networked vehicles and systems (components) research and development assistance, manufacturing, operation services and other technical fields.

3. Main professional competence requirements.

It has the ability to assemble and debug the vehicle with intelligent sensors, computing platforms, wire-controlled chassis, intelligent cockpit and other systems (components);

Have the ability to calibrate and test the whole vehicle;

Ability to repair faulty vehicles;

Have the ability to build vehicle test scenarios, record and analyze test data;

Have the ability to organize and manage production site teams, equipment, quality, safety production, etc.;

Have the ability to solve the pre-sales and after-sales problems of intelligent networked vehicle products;

Have the ability to adapt to the needs of digital development in the field of intelligent networked vehicles, and have relevant awareness of green production, safety protection, quality management, and implementation of laws, regulations and standards;

Ability to learn, lifelong learning and sustainable development.

4. Major professional courses and internship training.

Professional basic courses: Fundamentals of Automotive Mechanics, Automotive Mechanical Drawing, Automotive Electrical and Electronic Technology and Studies, Application of Microcontroller Technology, C Language Programming, Fundamentals of Automotive Network Communication, Introduction to Intelligent Connected Vehicles, Automobile Architecture.

Professional core courses: intelligent sensor assembly and testing, computing platform deployment and testing, chassis line calling sail careful control system assembly and testing, intelligent cockpit system assembly and testing, vehicle-road coordination system assembly and testing, intelligent networked vehicle comprehensive testing, automotive electrical and electronic control system maintenance.

Internship and training: Docking with real career scenarios or work situations, conducting practical training on electrical and electronic circuit connection and testing, intelligent networked vehicle disassembly and assembly, intelligent sensor assembly and testing, computing platform deployment and testing, chassis wire control system assembly and testing inside and outside the school. Internship in automobile and parts product research and development enterprises, manufacturing enterprises, operation service enterprises and other units.

5. Examples of vocational certificates.

Vocational skill level certificate: intelligent networked vehicle test assembly, intelligent networked car sharing travel service.

The concept of intelligent networked vehicle is an organic combination of Internet of vehicles and intelligent vehicles, which is equipped with advanced on-board sensors, controllers, actuators and other devices, and integrates modern communication and network technologyIt realizes the exchange and sharing of intelligent information between vehicles and people, vehicles, roads, and backgrounds, realizes safe, comfortable, energy-saving, and efficient driving, and can finally replace people to operate.

Intelligent networked vehicle is a cross-technology, cross-industry emerging automotive system, different angles, different backgrounds of its understanding is different, the definition of intelligent networked vehicles in different countries is different, the name is not the same, that is, the road safety driving driverless car.

Development Background. In 2013, the Society of Automotive Engineers of China and more than 30 units, including automobile enterprises, scientific research institutes, communication operators, software and hardware manufacturers, jointly initiated the establishment of the "Automobile Alliance Industrial Technology Innovation Strategic Alliance", which was renamed as the "Intelligent Connected Vehicle Industry Technology Innovation Strategic Alliance" in July 2015.

After the establishment of the alliance, through collaborative innovation and technology sharing, the relevant standards and regulations system will be improved in the field of intelligent networked vehicles, a common technology platform will be built, demonstration pilot projects will be promoted, and the construction of a sustainable development environment for the intelligent networked vehicle industry will be promoted, laying a good foundation for the development of China's intelligent networked vehicle industry.

Gong Weijie, deputy secretary-general of the Society of Automotive Engineers of China and deputy secretary-general of the Intelligent Connected Vehicle Industry Technology Innovation Strategic Alliance, said that the establishment of the alliance also provides a platform for the technology research and development and sharing of intelligent vehicles by various units, saving the time and cost of China's intelligent vehicle research and development.

It refers to a new generation of vehicles equipped with advanced on-board sensors, controllers, actuators and other devices, and the integration of modern communication and network technology to realize the intelligent information exchange and sharing between vehicles and X (vehicles, roads, people, clouds, etc.), with complex environment perception, intelligent decision-making, collaborative control and other functions, which can realize safe, efficient, comfortable and energy-saving driving, and finally realize the replacement of human operation.