There is nothing more important in a vehicle than safety features. And this is the reason why automotive companies are lately investing a huge amount behind vehicle safety aspects. Over the last few years, these companies have come up with numerous technologies that prove helpful in preventing road accidents. Moreover, these technologies also facilitate and improve the working systems of the vehicle in order to help the drivers to drive safely and in a better manner. Such technologies are collectively called Advanced Driver Assistance Systems (ADAS).
These systems are developed using Automotive IoT technologies and they help drivers to drive safely and prevent any road hazards. Also, these systems alert the driver in case there are any potential chances of on-road collisions or accidents. By alerting the drivers ahead of time, these systems provide the driver with enough time to take control over the car.
ADAS is not only useful for private car owners but it also proves helpful for people who own fleets of vehicles such as commercial fleets, taxis, delivery cars etc. In this article we will talk about some of the important technologies related to ADAS:
Adaptive Cruise Control
It is an intelligent technology that allows car owners to maintain a significant distance between the neighboring drivers while driving.
This system allows your car to automatically adjust the speed while coming near the other vehicles.
This system uses laser sensors that tell the vehicle to decrease its speed when it is near other vehicles. ACC consists of a digital signal processor, radar headway sensor and a longitudinal controller.
It is integrated with the breaks and the engine of the car so that in case the driver fails to take control over the vehicle, the system can step in and save the vehicle from a collision. Whenever the system detects a vehicle nearby, it decreases the speed of the vehicle and when it notices a clear path, it accelerates the speed of the vehicle.
Lane Departure Warning Systems
These systems give warning to the vehicle in case it changes its lane abnormally. It also helps to keep the vehicle in the correct lane and thus reduces on-road collisions. It generates audio visual warnings in case the vehicle departs from its original lane.
The LD warning system makes use of a small camera that is mounted on the rearview mirror. It helps to detect whether the car is moving in the correct manner. As soon as any deviation is noticed, an alarm is triggered.
Forward Collision Warning Systems
In case of any forward collision with a vehicle in front of your vehicle, this system triggers an alarm. These systems make use of radars, laser systems and cameras that produce audio visual warnings.
This system measures the angular distance, direction and the position of the two vehicles and if according to its calculation it is found that the two vehicles might collide in future, this system issues alerts. In case the driver fails to slow down the vehicle, this system takes control over the vehicle and slows it down.
Traffic Sign Recognition System
When in a hurry, people often tend to miss out on traffic signals. However, it can lead to severe accidents. The TSR system helps the drivers to follow the traffic signs a day to avoid any accidents. This system is integrated on the front cameras of the vehicle.
Real time images from these cameras along with computer vision, image processing and image recognition technologies help the drivers to identify the traffic signals and comply with them.
Tire Pressure Monitoring Systems (TMPS)
A majority of the road accidents are caused due to a flat tire. Also, while driving it is quite impossible to keep an eye on the tyre’s pressure manually. In such a scenario, TPMS comes handy.
This system helps to measure the tire pressure and alerts the driver as soon as the tire pressure falls below the optimum level. Low tire pressure can cause emissions, reduced tire life, mileage problems and can also result in tire failure in the middle of the road that can further lead to accidents.
Thus these systems are a critical part of the ADAS technology and it issues warnings to the driver signaling that the tire is under inflated. TPMS can be divided into two types: direct and indirect systems.
The indirect system is responsible for measuring the rpm of the tire and in case any changes in the rpm is noticed, the system immediately notified the driver. On the other hand, the direct TMPS system uses pressure sensors that are integrated in the tires. These sensors provide correct reading of the actual pressure inside the tires.
Night Vision and Pedestrian Detection
These systems are used to detect pedestrians on the road and thus reduce any collisions with them. This system detects pedestrians with high reliability and accuracy. Generally at night time drivers often fail to detect people on the road. This system will not only detect the people but will also alert the driver about the same. These systems are paired with night vision cameras to increase their visibility during nighttime. Apart from humans, these systems can also track trees, objects and other obstacles on the road.
ADAS is an efficient system that alerts the drivers and prevents any types of accidents on road. Other than the ADAS mentioned above, there are numerous other systems that facilitate the driving experience for the drivers. ADAS serves various other purposes such as automatic braking system, detection of driver’s behavior, blind spot detection etc. If you don’t know much about ADAS technicians around you, then you must visit a windshield repair Tulsa shop. There are quite a few such shops available in Tulsa , Ok (Oklahoma) and suburbs Broken Arrow, Owasso, Jenks, Bixby, Sand Springs, Sapulpa, Glenpool, and Coweta. They know the best way to install this technology and they will adjust your auto glass Tulsa accordingly, so that it can work in the best possible way.