Description
Scope of the Report The report titled “ Global Advanced Driver Assistance System ( ADAS ) Market with Focus on Autonomous Semiconductor ( 2016-2020 )”, provides an in-depth analysis of the global autonomous driving market with focus on ADAS functions , components and applications . The report also provides an insight on use of semiconductors in autonomous driving and ADAS . Growth of ADAS and Autonomous driving Semiconductor market has also been forecasted for the period 2016-2020 , taking into consideration the previous growth patterns , the growth drivers and the current and future trends .
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The report also includes detailed analysis of leading players in the autonomous semiconductor ADAS industry including Mobileye N . V ., NXP Semiconductor N . V . and NVIDIA Corporation on the basis of attributes such as business overview , recent developments , financials and strategies adopted by the market leaders in order to ensure growth , sustainability , etc .
Company Coverage Mobileye N . V . NXP Semiconductor N . V . NVIDIA Corporation
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Executive Summary Autonomous vehicles refer to driverless cars which are capable of sensing the environment without human intervention . Autonomous driving can be fully autonomous or semi autonomous , depending on the control provided to the driver . Advanced Driver Assistance Systems , or ADAS , are systems which helps the driver in the driving process . These are also known as level 1 autonomous driving . ADAS is the predecessor to autonomous driving as the growth and development of ADAS has been enabling the development of autonomous driving . ADAS applications , sensors and cameras monitor and collect data about the vehicle and surrounding environment , while processors are used to process the data and communicate to the rest of the car to act accordingly .
ADAS constitutes of major sensors like ultrasonic , camera and radar ; actuators like ESC and EPS ; and Systems like SPAS , LKAS , SCC and PCS . Some of the well-known and widely accepted ADAS features like Adaptive cruise control ( ACC ), Lane departure warning system ( LDWS ), Lane change assistance , Park assist , Collision avoidance system ( Pre-crash system ), etc . provide convenience and safety .
Global advanced driver assistance systems market is driven by subsequent rise in ADAS penetration in new vehicles , Strong focus on safety accompanied by government support and increase in driving experience provided by ADAS . However , factors such as limited functionality of sensors , system testing and validation challenge associated with ADAS , environmental impact on performance of ADAS and
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