Trending Automotive Electronics You Should Know About
The advanced technology drive that paved the way for these trends in the automotive industry.
When we think of automobiles, the world has over trillion vehicles that move about in every corner of the world. The vehicular system is getting more advanced by the minute and is expected to be safer and personalised with each passing day. The demand of consumers and competitive pressure pushes manufacturers to build better intelligence that comes handy for drivers worldwide. Combining the hardware and software to draw more sophistication solutions, frameworks such as AUTOSAR mix and match automotive systems to target specific levels of performance, cost and functionality. The advances in technology gave way to the key trends of the automotive industry.
Advanced Driver Assistance System (ADAS) -
Based on the deep-rooted vision technology, ADAS is made to reduce the driver's workload. It encircles the vehicle with a protective bubble for the driver, road obstacle, keeping pedestrians and other vehicles safe. The visual capabilities make these systems recognise tracking information onboard as lane departure warning, driver drowsiness detection, collision avoidance and many more features. The embedded vision system is capable of real-time tracking and has high processing and specialised knowledge. A wealth of resources helps simplify the development of complex vision systems. The dedicated processors with multicore CPUs put sophisticated capabilities in the hands of the designing engineer. Development kits such as Avnet's Blackfin Embedded Vision Starter Kit have intensely lowered the fences by providing a full balance of hardware, software and test capabilities.
Advanced Motor Control-
Looking up from the primary motor drive, any advanced vehicle is fitted with a dedicated motor control system driving fans, pumps, rotators, compressors, servomechanisms and actuators of all types. The desire for maximum efficiency and control motivated engineers to try beyond traditional scalar control systems and go to sophisticated digital vector control algorithms capable of delivering full torque with acceleration and deceleration at rates. The brand new sensorless control method has pushed doors to cost-effective solutions providing the maximum motor capability for engineers to work with advanced vector controls.
Energy Management System-
The desire for more extended range and lower fuel cost elevates the importance of vehicles miles per gallon. Besides providing supervisory functions for battery in hybrid cars, it analysis the energy utilisation.
Graphical Interface-
Automotive equipment manufacturers respond to customer desire for better information and entertainment systems. The broad range of classes offers touchscreen display and consoles built the seatbacks, mirrors and arm set. Using touch features in vehicle occupants like smartphones promises a third party application in running your car system.
