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Crash-Sensing and Intelligent Restraint Control ? Functions, Applications


Description

Sensors are the organs of perception of vehicle safety: Recognizing accident risks in split of seconds, they control accident mitigation systems and occupant protection systems accurately, reliably and effectively. Mechanical Electrical Micro Systems (MEMS) such as micro-oscillators or gyros on the scale of micrometers sense even the most subtle movements and shocks and will stabilize the car, prevent vehicle roll and activate the occupant protection systems such as seat belt pre-tensioners, airbags and other protection devices according to crash type and severity. Predictive surround sensors such as radar, LiDAR, cameras and ultrasonic detect accident risks at an early stage and do not only mitigate accidents by automatic emergency braking or evasive maneuvers, but also optimize the effectiveness of occupant protection systems. Since the introduction of seat belt pre-tensioners and driver airbags in the early 80ties the requirements to crash sensors and restraint control electronics have been increased continuously: Starting w/ single point sensing and focus on frontal crashes w/ full barrier overlap to trigger driver airbags and seat belt pre-tensioners, all real world accident types and crash severities must be discriminated today utilizing up to a dozen peripheral crash satellites in order to control appropriately up to two dozens of occupant protection devices. New crash tests such as the lateral pole impact or the frontal small overlap crash mandated by regulations and consumer ratings have permanently tightened the requirements to crash sensing and smart restraint control. Above and beyond utilizing the predictive sensors of accident avoidance and advanced driver assistance systems (ADAS), the protection of occupants can be increase significantly: protection devices can be pre-triggered while a crash is imminent, and new protection measures are possible. Last but not least the occupant protection can be adapted and tailored to the occupant size, weight and position (out-of-position) which will be particularly important in autonomous cars w/ variable seat positions and other new vehicle interior variances. In the seminar, (predictive-) crash sensors, restraint (pre-) triggering crash algorithms and (pre-crash) occupant protection systems are discussed for the following accident scenarios: Frontal- and rear-end collisions, side impact, vehicle rollover, and accidents w/ pedestrians and cyclists. From scratch, the seminar explains simply and understandably the physical principles of sensors and measuring systems, their properties and application specific benefits and drawbacks, the restraint triggering algorithms in particular. A specific focus is on future safety systems and technologies, such as artificial intelligence / neural networks, and new occupant protection systems in autonomous cars.

Who should attend?

The seminar addresses all engineers, technicians and experts working in the development, application and research of vehicle safety, both at automobile manufacturers and tier 1 / 2 / 3 suppliers, system engineers, project engineers and project leaders in particular. Basically, all experts somehow dealing w/ vehicle safety and being interested in current and future sensor and actuator technologies in passive and active safety are very welcome.

Course Contents

  • Sensors for frontal-, rear and side impacts, roll-over, collisions w/ pedestrians & cyclists, occupant recognition & monitoring
  • Predictive (surround) sensors (radar, LiDAR, cameras, ultrasonic)
  • Intelligent restraint control and triggering, artificial intelligence and neural networks
  • Structure and function of sensors and electronic control units, system-architectures
  • Today?s and future occupant protection systems, integrated safety

Dr. rer. nat. Lothar Groesch
Groesch Automotive Safety Consulting

Groesch For more then 44 years, Dr. Lothar Grösch has been working in vehicle safety, both passive (crash sensing and electronics, occupant protection) and active safety (surround sensors, accident avoidance). First of all working for 18 years for one of the leading OEMs in vehicle safety, another 16 years followed in automotive safety sensors and electronics at one of the major automotive suppliers. Working as a Product Director for Automotive Safety Systems in the US from 2000 through 2009, he is particularly familiar w/ the specific requirements of the US market, legislation and product liability. Since 2009, Dr. Groesch has been doing consulting business under the name Automotive Safety Consulting w/ focus on driver assistance, accident avoidance and autonomous driving. Last but not least, he is teaching automotive safety at several universities and has conducted numerous in-house seminars about automotive safety.

Date Language Price Code
30 Mar 2020 Deutsch 790 EUR  (940 EUR from 03 Mar 2020 ) 3605
Venue  
Alzenau (carhs.training gmbh, Siemensstraße 12, 63755 Alzenau) » Register
Instructor  
Dr. rer. nat. Lothar Groesch (Groesch Automotive Safety Consulting)
 
Seminar hours  
Monday 09:00 - 17:00
Date Language Price Code
28 Sep 2020 English 790 EUR  (940 EUR from 01 Sep 2020 ) 3606
Venue  
Alzenau (carhs.training gmbh, Siemensstraße 12, 63755 Alzenau) » Register
Instructor  
Dr. rer. nat. Lothar Groesch (Groesch Automotive Safety Consulting)
 
Seminar hours  
Monday 09:00 - 17:00

This course is available as an in-house seminar. The trainer comes to your site - you save travel expenses and travel time. Get an offer.

Your contact person

Dr. Dirk Ulrich
Phone.: 06023 - 96 40 - 66
E-Mail: dirk.ulrich@carhs.de

Request now!

All prices are exclusive of VAT.