Kobe / Syracuse / Istanbul / Santa Barbara / Boston / New York / Eindhoven / Berlin / Algarve / Columbus / Stuttgart / Parma / Nice / London / /
Company
The New York Times / MIT Press / Google / Vehicular Electronics / Valeo S.A. / Intelligent Transportation Systems / /
Country
Germany / Netherlands / Italy / Turkey / France / Japan / United States / Portugal / /
Currency
BSD / / /
Facility
Fraunhofer Institute / /
IndustryTerm
radar systems / quantitative car tracking / blind-spot-surveillance systems / neural networks / artificial neural network / lane-change-decision-aid systems / lower car / safety systems / tracked infrastructure / target car / driver-assistance systems / assistant systems / lane-changedecision-aid systems / driverless car / particle filter algorithm / host car / tracking algorithm / /
OperatingSystem
BSD / /
Organization
Fraunhofer Institute for Manufacturing Engineering and Automation / MIT / /
Person
Christian Connette / Fig / / /
Position
driver / Prime Minister / individual a posteriori probability distribution pm / vehicle dynamics model / correspondent / assistant / /
Vehicle Tracking using Ultrasonic Sensors & Joined Particle Weighting Philipp K¨ohler, Christian Connette, Alexander Verl Abstract— In recent years, driver-assistance systems have emerged as one major possibility to i