Advanced Driver Assistance System (ADAS) provides identification and tracking information for in-vehicle safety systems for driver drowsiness detection, lane departure warning, collision avoidance, and security functions, protection to avoid accidents and improve the driving experience. Today, ADAS is an integral part of any new vehicle, especially automobiles. Depending on cost and model, cars can be equipped with one or more ADAS features to assist drivers on the road and help prevent dangerous situations that can lead to fatal accidents. For many years, car manufacturers have worked hard to improve existing ADAS systems and also to develop many new systems. Here are a few examples of available systems in the industry: –
- Adaptive cruise control (ACC)
- Anti-lock braking systems
- Forward collision alert
- High beam protection system
- Lane departure alert
- Traffic lights traction control recognition
Working of ADAS: –
ADAS works by making the driver aware of the risk or in any event, making a move to keep away from a mishap. ADAS-prepared vehicles can detect the climate around them, process this data rapidly and precisely in a computer system, and give the right result to the driver.
The ADAS system architecture comprises a set-up of sensors, interfaces, and a strong computer processor that coordinates the entirety of the information and goes with choices continuously. These sensors are continually analyzing the climate around the vehicle and giving this data to locally available ADAS computers for prioritization and activity.
Levels in ADAS: –
- Level 0: – No Driving Automation
- Level 1: – Driver Assistance
- Level 2: – Partial Driving Automation
- Level 3: – Conditional Driving Automation
- Level 4: – High Driving Automation
- Level 5: – Full Driving Automation
So, if you work in the automotive industry (any profile), or if you are a student and dream of pursuing your passion in this industry, gaining insight into ADAS systems is very important.
Future of ADAS: –
The global Advanced Driver Assistance Systems (ADAS) market was valued at USD 32.3 billion in 2019 and is expected to reach USD 142 billion by 2027. It is one of the fastest-growing applications in the automotive sector. The ADAS market is growing rapidly, and so is the development of the ADAS algorithm. A variety of algorithms are used to power rescue systems. Among them, vision and image processing algorithms are the real game changers for creating ADAS applications.
Importance of ADAS: –
Many traffic accidents are caused by human error. These advanced safety systems are designed to automate and enhance aspects of the driving experience to improve safety and safer driving habits. Advanced driver assistance systems are proven to reduce the potential for human error and reduce traffic fatalities.
Conclusion: –
Enrolling in the ADAS course will help you grab more career opportunities as big tech companies behind the concept, of self-driving cars will soon cover our streets. This will undoubtedly increase the demand for skilled professionals who can help develop safe autonomous driving systems. This course is best for fresh graduates, professionals, and engineering students from the mechanical, electrical, and automobile engineering branches who want to pursue their careers in the automotive sector.
