Proceedings of the 13th iCC 2012 at Hambach Castle (Germany)
Keynotes:
Holger Zeltwanger (CAN in Automation): Standardized HLPs for different purposes
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Harald Eisele (Adam Opel): CAN benefits in in-vehicle networking
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| Energy efficiency |
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| Cornelius Butzkamm, David Bollati (C&S group): Partial networking for CAN bus systems – Any saved gram CO2/km is essential to meet stricter EU regulations Download as pdf |
| Magnus Hell (Infineon): New ways for power saving in CAN applications Download as pdf |
| Jan Polfliet (ON Semiconductor): CAN contribution to energy efficiency in cars Download as pdf |
| Physical layer |
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| Marko Moch (C&S group): Automation of model-based signal integrity analysis Download as pdf |
| Derk Wesemann (Hochschule Ostwestfalen-Lippe): Contactless CAN interface for rail topologies Download as pdf |
| Thomas Waggershauser (Ixxat Automation): New methods for the analysis of the physical layer of CAN networks and possibilities for robustness improvement Download as pdf |
| Automotive |
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| Nicolas Navet and Hervé Perrault (INRIA researcher and PSA Peugeot-Citroen): CAN in automotive applications: a look forward Download as pdf |
| Thilo Schumann (CAN in Automation): Standardization in automotive industry Download as pdf |
| Olaf Pfeiffer (ATS Elektronik & ESAcademy): Access to a car's HMI with CiA 447 Download as pdf |
| Driver software |
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| Dr. Sakari Junnila (Wapice): Design of high-performance CAN driver architecture for embedded Linux Download as pdf |
| Dr. Oliver Hartkopp (Volkswagen): The CAN networking subsystem of the Linux kernel Download as pdf |
| Marc Kleine-Budde (Pengutronix): SocketCAN – The official CAN API of the Linux kernel Download as pdf |
| System design |
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| Anthony Williams (Warwick Control): ESCAN – An open source, high bandwidth, event scheduled Controller Area Network Download as pdf |
| Matti Helminen (Tampere University of Technology): New method and a format for describing CAN network topology Download as pdf |
| Dietmar Widmann, Mirko Tischer (Vector Informatik): Model based testing and hardware-in-the-loop simulation of embedded CANopen control devices Download as pdf |
| Application I |
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| Dr. Michael Ruff (Raytheon – Anschütz): Steering control system for vessels using CAN bus Download as pdf |
| John Dammeyer (Automation Artisans): A large scale CAN bus system Download as pdf |
| Dr. Wojciech Gomolka (Festo France): CAN as backbone for pneumatic and electric motion control Download as pdf |
| IP cores |
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| Ran Weiss (LogiCAN): Adaptable CAN core IP for FPGA Download as pdf |
| Reinhard Arlt (esd): ACC, a next generation CAN controller Download as pdf |
| Dr. Imran Sheikh (TTE Systems): Reducing software complexities in high-integrity CAN systems |
| Application II |
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| Nader Soltani (CFS): Designing an online monitoring system for vehicle power electric network and its fault prediction aided by fuzzy logic Download as pdf |
| Dr. Abdul Rashid Husain, (Faculty of Electrical Engineering, Universiti Teknologi Malaysia): An analysis of CAN performance in active suspension control system for vehicle Download as pdf |
| Jakob Wachtel (Fraunhofer ISE): One CANopen application profile for mobile and stationary energy management systems Download as pdf |
| Application III |
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| Joachim Nakat (Janz Tec), Stefan Mark (Trepel): A panel PC instead of controls and instruments Download as pdf |
| Ralph Knüppel (Airbus Operations): Standardization of CAN networks for airborne use through Arinc 825 Download as pdf |
| Dr. Heikki Saha (Sandvik Mining and Construction): Improving development efficiency and quality of distributed IEC 61131-3 applications with CANopen system design Download as pdf |
| Drives |
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| Dr. Heikki Saha (Sandvik Mining and Construction): Commonality between hydraulic valves driven by general-purpose CANopen I/O and hydraulic CANopen drives Download as pdf |
| András Lelkes (Gefeg-Neckar Antriebssysteme): Compact drives with CAN interface for industry applications Download as pdf |
| Martin Schindelin (Moog): Report on the current status of rework on the device profile CiA 408 "Fluid power proportional valves" Download as pdf |
| Tools and testing |
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| Andreas Siegert (Agilent Technologies): Debugging of CAN busses using mixed signal oscilloscopes Download as pdf |
| Dr. Tobias Lorenz (ETAS): Busmaster – An open source tool Download as pdf |
| Hauke Webermann (esd): CAN error injection, a simple but versatile approach Download as pdf |
| Device design |
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| Ursula Kelling (Infineon): Microcontroller for industrial – ways of interconnectivity Download as pdf |
| Christian Keydel (ESAcademy): Security aspects in CANopen bootloaders Download as pdf |
| Meenanath Taralkar (Otis ISRC): Computation of CAN bit timing parameters simplified Download as pdf |
| Future of CAN |
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| Florian Hartwich (Robert Bosch): CAN with flexible data-rate Download as pdf |
| Heinz-Jürgen Oertel (port): Using CAN with flexible data-rate in CANopen systems? Download as pdf |
