If drones are far away from consumers, the new features implanted in cars by traditional car manufacturers are already gradually liberating the drivers.
According to foreign media reports, Audi will deploy a brand-new V-to-I (Vehicle-to-Infrastructure) technology in its 2017 Q7 and A4 models. Vehicle models and traffic lights communicate with each other, that is, the use of V-to-I technology, traffic lights and other infrastructure through the cloud, the safety and other operational data wireless transmission to the vehicle.
Imagine that with this technology, the driver can display the countdown time of the traffic light switch on the dashboard. When the traffic light is red, the number on the dashboard will remind the driver to brake. In addition, this function can also remind the driver to keep driving at a specific speed.
Audi officials stated that this year will be the first to deploy this technology in five US cities.
"This is our first attempt to use this technology. It is not only a security function but also a comfort and convenience function," said Pom Malhotra, general manager of Audi's Connected Vehicles division.
In fact, there are many automotive manufacturers that are testing similar technologies: Vehicle-to-V (Vehicle-to-Vehicle) technology, which communicates with each other, through wireless communication technologies such as WiFi. , allows vehicles to share each other's traffic speed, relative position and other data information. Then through the sharing and analysis of data, it can help the driver to make a prejudgment, and before the other high-speed vehicles have entered the blind spot of the driving spot, warn the driver in advance to make a safe reaction decision. For example, Ford has released a sports car equipped with vehicle-to-vehicle communication technology that can significantly reduce the chance of potential danger.
However, the next question is that the full application of V-to-V and V-to-I still poses challenges, such as the need to solve the legal framework, the challenges of wireless spectrum, and the need to work closely with the municipal and transportation departments. Cooperation.
Motion Control Sensor is an original part that converts the change of non-electricity (such as speed, pressure) into electric quantity. According to the converted non-electricity, it can be divided into pressure sensor, speed sensor, temperature sensor, etc. It is a measurement, control instrument and Parts and accessories of equipment.
Incremental Rotary Encoder,Incremental Optical Encoder,Incremental Shaft Encoder,Absolute And Incremental Encoder
Changchun Guangxing Sensing Technology Co.LTD , https://www.gx-encoder.com