Proceedings of the 6th iCC 1999 in Turin (Italy)

Transceiver
Heinrich Gschlößl (Infineon Technologies): A Comparison of the different CAN Physical Layers and their CAN-transceiver solutions
R. Baird, Chr. Lupini (Delphi Automotive Systems): Single Wire CAN Physical Layer
M. Livani (University of Ulm): A Transparent Approach to Fault-tolerant Broadcast in CAN
CAN Physical Layer
Prof. Dr. H. Beikirch (University of Rostock): CAN Physical Layer for Special Applications
Dr. L. Rauchhaupt (Ifak e.V. Magdeburg): Wireless CAN Extensions
B. Lounsbury (Rockwell Automation): Designing an Industrial Network with unshielded Cable and IDC Connectors
Application Modeling
D. Berglund (Kvaser AB): Using UML for Modeling CAN Systems
Dr. M. Wollschläger (Otto v. Guericke University of Magdeburg): CANopen Device Descriptions Using General Purpose Modeling Languages
Dr. H. Thompson (Rolls-Royce University): A CAN-Bus-Based Safety-Critical Distributed Aero-Engine Control Systems Architecture Demonstrator
System Modeling
M. Weseloh (FH BS / WF), Prof. R. Rüdiger (FH BS/WF): Applying Modern Software Design Principles: A CAN Tool based on Extensibility
W. Wiewesiek, V. Nieten (NEC Electronics Germany): Micro-controller Simulator with CAN Functionality
S. Ouni, F. Kamoun (ENSI): An Efficient Protocol for Hard Real Time Communication on CAN
Timing
J. Fonseca, P. Fonseca (University of Aveiro): Scheduling and Synchronisation in CAN based Distributed Systems
G. Cena, A. Valenzano (Cens-CNR Politecnico Torino): Enhancing the Efficiency of Controller Area Networks
F. Hartwich, A. Bassemir (Robert Bosch GmbH): The Configuration of the CAN Bit Timing
Gateway Technology
Gerd Nusser (FH Reutlingen), Prof. Dr. G. Gruhler (STA Reutlingen): Teleservice of CAN Systems Via Internet
D. Heffernan, P. Conway (PEI Technologies): CAN and the new IEEE 1451 Standard Transducer Interface
K. Hiong Tang (University of Warwick), B. Levine (Contemporary Control System): Device Net over TCP / IP Gateway
Industrial Application
P. Ursino (Automata S.p.A.), Chr. Melzer (Automata GmbH): Injection Moulding Machines: A Distributed Control Approach
F. Riti (Eurosicma), F. Pozzi (Oasys srl): CAN in Packaging and Plaster Machines
M. Parent, M. Cassin (Schlumberger S.R.P.C.): CAN Bus in the Harsh and Hostile Oil Environment
Transport Application
U. Dreher, H.-J. Aupperle (Smart Electronic Development GmbH): A Flexible and Fast Monitoring System
W. Vlcek (Ascent Technologies Inc.), St.. Ernest (Jacobs Vehicle Systems): Implementing the CAN Calibration Protocol (CCP) in an SAE J1939 Application
St. Vitturi (PST Galileo) L. Rivaroli: Implementation of a CANopen Interface for the Remote Control of an Elevator System
Implementation
A. Krappel, N. Hirayama (Hitachi Europe GmbH): Microcontrollers with On-Chip CAN
G. Patel (Motorola Israel): Flex-CAN Communication Module for Embedded Microcontrollers
P. Hank (Philips Semiconductors): New Generation of CAN Controller Supporting Higher Layer Protocols
Bridge Technology
A. Tamagnone (Six Tau S.p.A.): DDS - Distributed Diagnostic Systems
M. Tenruh (University of Sussex): Design and Software Implementation of a CAN/CAN Cut-through Bridge
F. Bogenberger (Motorola GmbH), U. Warschat (Audi AG): High Level Performance Simulation of a quadruple CAN Gateway
Physical Layer Testing
K. H. Tang, R. McLaughlin (Warwick Manufacturing Group): DeviceNet Physical Layer Design and Conformance Testing
J. Pinker, J. Skala ( University of West Bohemia): Monitoring CAN Performance in Installations with High Level of Interference
Dr. M. Rimen, Dr. Christmansson (CR & T AB): Testing CAN-based Safety-Critical Systems using Fault Injection
Design Tools
N. Lavorel (NSI): Conformity Certification Tools and Methods in a Multiplexed Architecture
A. Semjonov ( Motorola Research Lab.): The Development of the Embedded Network Software based upon the OSEK COM Layer Model by Means of Static Configuration Tool
A. Bonastre, R. Ors (University of Valencia): A CAN application layer protocol for the implementation of distributed expert systems