Proceedings of the 9th iCC 2003 in Munich (Germany)
| CAN lower layers I |
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| Thorsten Enders, Dr. J Schirmer (Robert Bosch): Automotive power-line communications – a new physical layer for CAN Download as pdf |
| Uwe Koppe (MicroControl): Automatic bit-rate detection in CANopen networks Download as pdf |
| Edigio Pescari (Aurelia Microelettronica), Andrea Brogna, Prof. Roberto Saletti (University of Pisa): Design and test of microcontroller with CAN2.0B embedded for space applications Download as pdf |
| Device description |
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| Michael Friedrich, Prof. Wolfgang Küchlin, Dr. Dieter Bühler, (University of Tuebingen): Automatic check of EDS Download as pdf |
| Viktor Schiffer (Rockwell Automation): Modular EDSs and other EDS enhancements for DeviceNet Download as pdf |
| Holger Zeltwanger (CiA): CANopen virtual device architectures Download as pdf |
| CAN lower layers II |
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| Ursula Kelling (Infineon): MultiCAN – a step to CAN and TTCAN Download as pdf |
| Wolfgang Wiewesiek (NEC): Advanced FullCAN architecture - new AFCAN Macro with diagnosis support Download as pdf |
| Leonard Staller (Cygnal): Device integration of CAN controller, data converters, and ISP non-volatile memory facilitates smart sensor connectivity to Controller Area Networks Download as pdf |
| Device and system design |
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| Ruediger Haertel, Torsten Gedenk (Port): Design and implementation of CANopen devices Download as pdf |
| Martin Rostan (Beckhoff): Configuration guideline for CANopen networks Download as pdf |
| Dr. Kai Woerner (Vossloh Kiepe): CANopen vehicle control for streetcars and trolley-busses Download as pdf |
| Time-triggered communication |
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| Dr. Amos Albert, (Robert Bosch), Prof. W. Gerth, (University Hanover): Evaluation and comparison of the real-time performance of CAN and TTCAN Download as pdf |
| Dr. Amos Albert, R. Strasser, Dr. A. Trächtler (Robert Bosch): Migration from CAN to TTCAN for a distributed control system Download as pdf |
| Artur Hara, Dr. K. Fonseca, L. Scandelari (CEFET-PR): CAN/TTCAN simulator system based on educational DSP hardware kits Download as pdf |
| Web interfacing |
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| Jean Randhahn, Prof. Helmut Beikirch, (University of Rostock): CANeye – controlling and monitoring CAN via web interface Download as pdf |
| Prof. Gerhard Gruhler (FH Reutlingen): Remote control of CAN-based industrial equipment using Internet technologies Download as pdf |
| Juan Vicente Capella Hernandez, J. J. Serrano, J. C. Campello, A. Bonastre, R. Ors, (Polytechnical University of Valencia), P. Bradbury, (Polaris Technology): A new control system for citric fruits conservation and maturation based on CAN and Internet networks Download as pdf |
| Reliable real-time systems |
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| Dr. Dongik Lee, Jeff Allan, (Dependable Real Time Systems): Fault-tolerant clock synchronization with microsecond-precision for CAN networked systems Download as pdf |
| Prof. Egon Sommer, (University of Munich), Dr. Thomas Rienmüller, Franz Som, (Reis Robotics): SpeedFace – A CAN-based realtime window to a robot control Download as pdf |
| M. Olivieira, A. Fernandez, S. Campos, A. Zuquim, M. Mata (Engetron Engenharia Eletronica): Guaranteeing fault tolerance through scheduling on a CAN bus Download as pdf |
| CAN in vehicles |
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| Ulrich Hiermann (Iveco Magirus): The truck gateway interface Download as pdf |
| Peter Fellmeth (Vector Informatik): CAN in agricultural environment - a current status report of ISO 11783 Download as pdf |
| Michel Passemard (Atmel), Bob Pickering (Minit-Charger), Olaf Pfeiffer (ESA): Implementation of the CAN open profile for battery and charger ISO 11783 a standardized tractor – implement interface Download as pdf |
| Gateway solutions |
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| Heikki Saha (Sandvik Tamrock): Comparison of system level networking solutions with high-speed CAN networks Download as pdf |
| Thomas Werner (Ifak): Integration of CAN-based networks into the ProfiNet environment Download as pdf |
| Ran Weiss (NISKO - LogiCAN): 3000 RF switches networking - low cost CAN based solution Download as pdf |
| Application I |
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| Mahesh Mahajan, Monoj Baruah, S. Tangudu, Suresh Sureddi, (Wipro Technologies): Voice over CAN Download as pdf |
| Dr. Federico Baronti , D. Lunardini, R. Roncella, Prof. R. Saletti, (University of Pisa): Efficient implementation of voice channels over CAN networks Download as pdf |
| Rainer Gallus (Woodhead): Machine control with CANopen and real-time OS Download as pdf |
| Specifications |
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| Suresh Nair, David Vasko, (ODVA): CIP Safety: Safety networking for the future Download as pdf |
| Prof. Konrad Etschberger, Christian Schlegel, (Ixxat), Dr. Olaf Schnelle, (MTU), Bjornar Wiulsrod, (Kongsberg): CANopen maritime – a new standard for highly dependable communication systems Download as pdf |
| Dr. Elias Stipidis, Periklis Charchalakis, George Valsamakis, (University of Sussex), Bob Connor (QinetiQ): MilCAN and Ethernet Download as pdf |
| Application II |
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| Dieter Kuchenbecker (Effeff): Building door control Download as pdf |
| Ronald Sieber, Dr. Jungandreas, (Sys Tec): Features and application fields for the CANopen Safety Chip CSC01 Download as pdf |
| Matthias Liebig (Knorr-Bremse): CAN in railway applications Download as pdf |
