India has more than 150,000 fatal traffic accidents annually, according to government statistics. Road fatalities can occur when drivers brake unexpectedly or swerve erratically in an attempt to avoid an approaching collision. This may result in pile-ups or chain reaction accidents on congested routes. To avoid these kinds of incidents, automakers are implementing a new system in their automobiles called automated steering avoidance. Thus far, this technology has only been found in high-end cars like Mercedes and Lexus models.
Automatic Swerving
Automatic steering assistance system can automatically swerve your vehicle to avoid objects and pedestrians. If an impediment were to suddenly materialize in front of a car, this technology would react faster than a driver. When an accident is likely to occur, the technology alerts the driver with a light and sound. Next, a decision-making mechanism determines if swerving would be the most prudent course of action to prevent an accident. The system must determine whether there is sufficient room to swerve when it senses a collision, both forward and backward. This is how the technology makes sure there are enough distances between other vehicles on the evasive lane to prevent a chain reaction collision. It all comes down to improving your driving safety.
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Automatic Braking
The device automatically applies the brakes to lessen the severity of an unavoidable collision when there is no available room to veer into. The Automatic Emergency Braking system included in Tesla’s Model X and Model S cars is a fantastic illustration of a comparable technology. The AEB system measures an object’s distance from the automobile using radar and a forward-looking camera. When there’s a chance of a collision, the system makes a snap decision on whether or not to stop the car.
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How the system works
A front radar, front camera, rear-left radar, rear-right radar, and laser scanner provide the automated steering assistance. All of these interact with the vehicle’s electronic control unit (ECU), which aids with lane identification, speed detection, and environment recognition. Real-time data processing from the sensors, cameras, and laser scanner is handled by the ECU. The information include images captured by the camera, a number of approaching cars and their trajectories as identified by the sensors, and additional data. This allows the system to measure the speed of objects in its immediate vicinity and swiftly process the possible outcomes of different steering inputs.
The automotive industry is getting closer to producing fully driverless automobiles, and as a result, technologies like automated steering assistance are developing quickly. To improve safe driving, these systems are being included into regular cars in the meantime. In a few years, these technologies might even surpass humans in operating automobiles. In such a case, insurance companies might decline to cover cars without these devices or raise monthly premiums for the same reason. Legislators may eventually completely outlaw human drivers on major thoroughfares. learn more
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