Proceedings of the 10th iCC 2005 in Rome (Italy)
| Time-triggered communication |
|---|
| 1.Chris Quigley (Warwick Control Technologies): Time-triggered CAN, implementation, development and testing tools Download as pdf |
| 2. Robert Hugel (Robert Bosch): Heuristic scheduling concepts for TTCAN networks Download as pdf |
| 3. Alessandro Bertacchini (University of Modena): Control of brushless DC motors with static redundancy for force-feedback in steer-by-wire applications Download as pdf |
| Physical layer |
|---|
| 1. Kazimierz Kamuda (Rzeszow University of Technology): The analysis of signals propagation in transmission lines in the configuration of CAN bus controller Download as pdf |
| 2. Dr. Qing Jia (Rockwell Automation Shanghai): DeviceNet media redundancy: A technical approach Download as pdf |
| 3. Jim Lepkowski (ON Semiconductor): EMI/ESD protection solutions for the CAN bus Download as pdf |
| Vehicle applications I |
|---|
| 1. Jeremy Retham (Deuta-Werke): CAN application - Driving controls in the cab of railway engines Download as pdf |
| 2. Mark Edwards (SAiC): Improving safety with on-board monitoring and control systems using CAN technology Download as pdf |
| 3. Ulrich Hiermann (Iveco): CANopen truck gateway Download as pdf |
| Network topologies |
|---|
| 1. Stephan Rohr (University of Ulm): High-speed optical Controller Area Networks (CAN) Download as pdf |
| 2. J.V. Capella (Polytechnical University of Valencia): Communications system based on CAN and extended with optical fiber for the implementation of a mobile robot immune to the sabotage provoked by electromagnetic noise Download as pdf |
| 3. Manuel Barranco (University of the Balearan Islands): A CAN hub with improved error detection and isolation Download as pdf |
| Vehicle applications II |
|---|
| 1. Thorsten Gerke (Synopsys): Analysis of the physical layer using virtual vehicle networks Download as pdf |
| 2. George Valsamakis (University of Sussex): Management and configuration for MilCAN vetronic systems Download as pdf |
| 3. Abdul Qabaz (BAE Systems Land Systems): Implementation of MilCAN on a main battle tank Download as pdf |
| Gateway technologies |
|---|
| 1. Jan Taube (University of Rostock): Comparison of CAN gateway modules for automotive and industrial control applications Download as pdf |
| 2. Kamelia Kaneva (Technical University of Sofia): A PSD-based CAN to LonWorks bridge (Gateway) Download as pdf |
| 3. Holger Zeltwanger (CAN in Automation): Gateway profiles connecting CANopen and Ethernet Download as pdf |
| System architectures |
|---|
| 1. Heikki Saha (Sandvik Tamrock): Multilevel CANopen networks Download as pdf |
| 2. Prof. Francisco Cardoso (University of Coimbra): Defining scenarios in home and building automation: CANopen and the virtual entities approach Download as pdf |
| 3. Viktor Schiffer (Rockwell Automation): Routing of messages between DeviceNet networks and into other CIP networks Download as pdf |
| Research I |
|---|
| 1. Gianluca Cena (Polytechnic Institute Torino): A socket-based interface to CAN Download as pdf |
| 2. Frank Steinert (ProTime): UML-based framework for simulation of distributed ECU systems in automotive applications Download as pdf |
| 3. David Kenny (Electronic Engineering): CAN-enabled network processor Download as pdf |
| Semiconductor solutions |
|---|
| 1. Wayne Chen (Texas Instruments): Semiconductor experiences and challenges of CAN transceivers in up-integrated system basis chips Download as pdf |
| 2. Daniel Leu (Inicore): CPU-less CANopen at 200°C Download as pdf |
| 3. Namsub Kim (University of Kyung Hee): Design and verification of a CAN controller for custom ASIC Download as pdf |
| Research II |
|---|
| 1. Mouaaz Nahas (University of Leicester): The impact of bit stuffing on the real-time performance of a distributed control system Download as pdf |
| 2. Arnaldo Oliveira (University of Aveiro): CLAN - A technology-independent synthesizable CAN controller Download as pdf |
| 3. Dimitris Armenis (University of Liverpool): Thread prioritization for an embedded CANopen master stack with web interface Download as pdf |
| Tools |
|---|
| 1. Bruce Decker (Schneider Electric): A proposed method to determine dynamic interoperability of CANopen devices Download as pdf |
| 2. Fredrik Löwenhielm (CC Systems): Developing and testing distributed CAN-based real-time control-systems using a single PC Download as pdf |
| 3. Damien Grolleau (Atmel): A CANopen compliant boot loader for Atmel's AT90CAN128 Download as pdf |
| CANopen on other networks |
|---|
| 1. Martin Rostan (Beckhoff): CANopen over EtherCAT – taking a CAN technology to the next level Download as pdf |
| 2. Andreas Pfeiffer (Bernecker & Rainer): CANopen on real-time Ethernet Download as pdf |
| 3. Olaf Pfeiffer (ESAcademy): CANopen on general serial networks Download as pdf |
