VDI-Buch

Green Cars.- Energy Efficient Vehicles for Road Transport - EE-VERT.- Nanoelectronics: Key Enabler for Energy Efficient Electrical Vehicles.- Safety.- Left Behind Occupant Recognition Based on Human Tremor Detection via Accelerometers Mounted at the Car Body.- Novel Pre-Crash-Actuator-System based on SMA for Enhancing Side Impact Safety.- On the Feasibility of a Bistatic Radar for Detecting Bad Road Conditions.- Cooperative Intersection Safety - The EU project INTERSAFE-2.- Intersection Safety for Heavy Goods Vehicles.- V2X Communication and Intersection Safety.- Utilization of Optical Road Surface Condition Detection around Intersections.- Stereovision-Based Sensor for Intersection Assistance.- Object Recognition based on Infrastructure Laserscanners.- User Needs for Intersection Safety Systems.- Driver Assistance.- Evaluation of ADAS with a supported-Driver Model for desired Allocation of Tasks between Human and Technology Performance.- Lane Recognition Using a High Resolution Camera System.- Automatic Generation of High Precision Feature Maps of Road Construction Sites.- Laserscanner Based ADAS for Motorcycle Safety.- Graceful Degradation for Driver Assistance Systems.- Lane Departure Warning and Real-time Recognition of Traffic Signs.- Test-bed for Unified Perception & Decision Architecture.- Real-Time Camera Link for Driver Assistance Applications.- Components and Generic Sensor Technologies.- Miniaturised Sensor Node for Tire Pressure Monitoring (e-CUBES).- Development of a Single-Mass Five-Axis MEMS Motion Sensor.- MEMS Sensors for non-Safety Automotive Applications.- Fault-tolerant ASIC Design for High System Dependability.- Short PWM Code: A Step towards Smarter Automotive Sensors.- Low-cost Approach for Far-Infrared Sensor Arrays for Hot-Spot Detection in Automotive Night Vision Systems.- Smart Sensors: Enablers for New Safety and Environment Initiatives.- Airbag Electronics: from Single Building Blocks to Integrated Solutions.- New Functions, New Sensors, New Architectures - How to Cope with the Real-Time Requirements.- Modular Inertial Safety Sensing Concepts for Functional and Environmental Fit.- System Architecture for Adaptive Radar Sensors.