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Dive into the research topics where Eberhard Kaus is active.

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Featured researches published by Eberhard Kaus.


IEEE Intelligent Transportation Systems Magazine | 2014

Making Bertha Drive?An Autonomous Journey on a Historic Route

Julius Ziegler; Philipp Bender; Markus Schreiber; Henning Lategahn; Tobias Strauss; Christoph Stiller; Thao Dang; Uwe Franke; Nils Appenrodt; Christoph Gustav Keller; Eberhard Kaus; Ralf Guido Herrtwich; Clemens Rabe; David Pfeiffer; Frank Lindner; Fridtjof Stein; Friedrich Erbs; Markus Enzweiler; Carsten Knöppel; Jochen Hipp; Martin Haueis; Maximilian Trepte; Carsten Brenk; Andreas Tamke; Mohammad Ghanaat; Markus Braun; Armin Joos; Hans Fritz; Horst Mock; Martin Hein

125 years after Bertha Benz completed the first overland journey in automotive history, the Mercedes Benz S-Class S 500 INTELLIGENT DRIVE followed the same route from Mannheim to Pforzheim, Germany, in fully autonomous manner. The autonomous vehicle was equipped with close-to-production sensor hardware and relied solely on vision and radar sensors in combination with accurate digital maps to obtain a comprehensive understanding of complex traffic situations. The historic Bertha Benz Memorial Route is particularly challenging for autonomous driving. The course taken by the autonomous vehicle had a length of 103 km and covered rural roads, 23 small villages and major cities (e.g. downtown Mannheim and Heidelberg). The route posed a large variety of difficult traffic scenarios including intersections with and without traffic lights, roundabouts, and narrow passages with oncoming traffic. This paper gives an overview of the autonomous vehicle and presents details on vision and radar-based perception, digital road maps and video-based self-localization, as well as motion planning in complex urban scenarios.


american control conference | 2003

Fault detection for an active vehicle suspension

Daniel Fischer; Eberhard Kaus; Rolf Isermann

After a short introduction into the topic of active vehicle suspension systems, a mathematical model of the used active vehicle suspension, which is presented in a test rig, is derived. It is shown how the unknown parameters can be obtained experimentally by parameter estimation. Using parameter estimation and LOLIMOT - a special type of neuronal networks, models of the active suspension are identified. These models are used for model based fault detection and identification, in order to obtain reliable knowledge of the systems state. All results are shown for measurements from an active suspension on a test rig.


Tm-technisches Messen | 2015

Autonomes Fahren auf der historischen Bertha-Benz-Route

Thao Dang; Martin Lauer; Philipp Bender; Markus Schreiber; Julius Ziegler; Uwe Franke; Hans Fritz; Tobias Strauß; Henning Lategahn; Christoph Gustav Keller; Eberhard Kaus; Clemens Rabe; Nils Appenrodt; David Pfeiffer; Frank Lindner; Fridtjof Stein; Friedrich Erbs; Markus Enzweiler; Carsten Knöppel; Jochen Hipp; Martin Haueis; Maximilian Trepte; Carsten Brenk; Andreas Tamke; Mohammad Ghanaat; Markus Braun; Armin Joos; Horst Mock; Martin Hein; Dominik Petrich

Zusammenfassung Im Jahre 1888 trat Bertha Benz die erste Überlandfahrt in der Geschichte des Automobils an. 125 Jahre später wiederholte die Mercedes Benz S-Klasse S 500 Intelligent Drive diese historische Fahrt von Mannheim nach Pforzheim – selbständig, ohne Fahrereingriff und im realen Verkehr. Die Bertha-Benz-Route ist 103 km lang und zeichnet sich durch eine breite Vielfalt von zu bewältigenden Fahrsituationen aus, die repräsentativ für den heutigen Alltagsverkehr sind. Die Strecke beinhaltet die Innenstädte von Mannheim und Heidelberg sowie die Durchfahrung von 23 Ortschaften und kleineren Städten. Zu den Situationen, die ein autonomes Fahrzeug auf der Bertha-Benz-Route beherrschen muss, gehören z. B. Kreisverkehre, Kreuzungen mit und ohne Ampelanlagen, Zebrastreifen, Überholen von Radfahrern oder enge Ortsdurchfahrten mit entgegenkommendem Verkehr. Eine Besonderheit des vorgestellten Projektes war die ausschließliche Verwendung seriennaher Sensorik. Kameras und Radarsensoren in Verbindung mit einer präzisen digitalen Karte ermöglichten die Erfassung des Fahrzeugumfelds auch in komplexen Situationen. Dieser Artikel liefert eine Systemübersicht des Fahrzeugs. Er beschreibt die kamerabasierte Umgebungswahrnehmung, die verwendeten digitalen Karten und die kartenrelative Selbstlokalisierung sowie die Manöverplanung in komplexen Verkehrsszenarien.


IFAC Proceedings Volumes | 2003

Model based sensor fault detection for an active vehicle suspension

Daniel Fischer; Eberhard Kaus; Rolf Isermann

Abstract At the beginning, a short introduction into the topic of active vehicle suspensions and the LOLIMOT neuronal network, which is used to identify accurate models of the active suspension system, is presented. Subsequently, physical mathematical models of the considered active vehicle suspension implemented in a test rig are derived. The structure of these nonlinear physical models is then used to define the inputs and outputs of the local linear neuronal network LOLIMOT. Hence, a semi-physical modelling approach results. This network is then trained with test rig data, in order to obtain accurate parity equations for model based fault detection. Various faults are simulated with test rig data and it is shown, how these faults are detected.


Archive | 1997

Method of inductive transfer of electrical power to several moving loads

Anton Seelig; Samir Salama; Erik Lindig; Eberhard Kaus


Archive | 2010

Method for continuously updating coverage of hybrid vehicle, involves determining actually available capacity of energy storage from operating parameters and/or operating conditions, and updating coverage based on capacity

Dieter Ammon; Carsten Dipl.-Ing. Hämmerling; Dietmar Dipl.-Ing. Hanschitz; Timo Dipl.-Ing. Hess; Michael Dipl.-Ing. John; Eberhard Kaus; Zeljko Dipl.-Ing. Pezelj; Magnus Dr.-Ing. Rau; Robert Dipl.-Ing. Rotter; Nuno Dipl.-Ing. Salgueiro; Heiko Schiemenz; Anestis Terzis; Christoph Wohlfahrt


Archive | 2004

Fault-tolerant filtering in active vehicle suspensions

Enrico Silani; Daniel Fischer; Sergio M. Savaresi; Eberhard Kaus; Rolf Isermann; Sergio Bittanti


Archive | 2008

Gas Spring System Having Multi Chamber Gas Springs

Carsten Dipl.-Ing. Beuermann; Jochen Goetz; Eberhard Kaus


Archive | 2013

Method and apparatus for supporting at least one driver assistance system

Jens Desens; Jürgen Dickmann; Hans Fritz; Thomas Gens; Christian Grünler; Markus Hammori; Armin Joos; Eberhard Kaus; Florian Kerber; Carsten Knöppel; Lars Lütze; Marc Necker; Dirk Olszewski; Roland Schweiger


Archive | 2013

Verfahren und Vorrichtung zur Unterstützung mindestens eines Fahrassistenzsystems Method and apparatus for supporting at least one driver assistance system

Jens Desens; Jürgen Dickmann; Hans Fritz; Thomas Gens; Christian Grünler; Markus Hammori; Armin Joos; Eberhard Kaus; Florian Kerber; Carsten Knöppel; Lars Lütze; Marc Necker; Dirk Olszewski; Roland Schweiger

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Daniel Fischer

Technische Universität Darmstadt

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Rolf Isermann

Technische Universität Darmstadt

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