Proceedings of the 3rd iCC 1996 in Paris (France)
| Keynotes |
|---|
| Prof. Dr. U. Kiencke, T. Kytölä (University of Kalsruhe): CAN, a Ten Years‘ Anniversarial Review |
| E. Carmès, C. Junier (Daussault) F. Aussedat (Renault): CAN Conformance: Methodology and Tools |
| CAN Silicon I |
|---|
| Dr. K.-Th. Neumann, Dr. M. Eickhoff, Dr. J. Krücken (Motorola): A new Family of 8-bit Microcontrollers with integrated CAN |
| St. Chesnais, F. Delguste, M. Porcher, J. Tellier (Temic Matra MHS): CMOS Single-chip 8-bit Controller with CAN Controller |
| L. Perier, H. Reichmeyer, D. Rossi (SGS-Thomson): CAN Chips: solutions for optimal Integration |
| CAN Silicon II |
|---|
| Th. Garnier (Temic Matra MHS): SparcLet Microcontroller with integrated CAN |
| A. Lelkes, J. Sturm (Novotron), P. Gärtner (IMS Chips): Gate Array for Brushless Servodrive |
| Dr. K.-H. Niemann, H. Michel (Hartmann & Braun), K. Roth (IAM FuE): HICAN – a High Performance Peripheral CAN Controller |
| Industrial Application I |
|---|
| M. Wargui, S. Bentalba, M. Ouladsine, A. Rachid, A. El Hajjaji (University of Picardie): Mobile Robot embedded Architecture based on CAN |
| G. Bourdon, P. Ruaux, S. Delaplace (Laboratoire de Robotique de Paris): CAN for Autonomous Mobile Robot Download as pdf |
| M. Stock (Stock Microcomputersyteme): CAN in an Airborne Flight Data Recording System |
| Open Systems Architecture |
|---|
| Prof. Dr. U. Kiencke, K. J. Neumann (University of Karlsruhe): OSEK/VDX – An Open Software Architecture for Communicating Vehicle Systems |
| B. Koye (Engineering Pro Time): "Objectmodule" – an universal Application Interface for distributed Systems |
| Dr. L. Rauchhaupt, H. Sclultze (University of Magdeburg): CAN in Industrial Fluidic Systems Download as pdf |
| Higher Layer Protocols |
|---|
| Dr. K. Young, R. McLaughlin, R. Piggin (University of Warwick): DeviceNet System Planning, Performance Analysis, System Monitoring and Maintenance |
| Ch. Rodeghiero (Honeywell): Smart Distributed System: Integrating CAN into PC Control |
| Prof. Dr. G. Gruhler, M. Tischer, L. Felbinger (STA Reutlingen): CANopen Networks: Implementation and Configuration Aspects |
| Tools I |
|---|
| P. Hieronymus (Claas), H. Seiler (GenRad): On- and Off-Board Diagnosis Integrated via CAN Network |
| D. Brod (Allen Bradley): DeviceNet Configuration using an Electronic Data Sheet Download as pdf |
| D. Berglund (Kvaser): Kingdom Founder – A Tool for Building CAN Systems Download as pdf |
| Performance Analysis |
|---|
| B. Upender, A. Dean (United Technologies): Variability of CAN Network Performance Download as pdf |
| S. Schneider (Daimler-Benz): Performance Analysis for Automotive CAN Systems Download as pdf |
| M. Baba, H. Ekiz, A. Kutlu, Prof. Dr. E. Powner (University of Sussex): Timing Performance of Adaptable Distributed Real-Time Control Systems |
| Modelling and Validation |
|---|
| E. Farges, L. Massimelli (Renault): Validation of CAN Real-Time Embedded Automotive Protocols through SDL Software Models and MSC Tests Scenarios |
| J. Pisarz, Dr. M. Schneider (Port): Modelling of embedded CAN applications |
| P. Kärkkäinen, J. Kahila, P. Pulkkinen (Oulu Institute): Fault Diagnostic utilizing CAN Communication Download as pdf |
| Physical Layer and Gateways |
|---|
| P. Aberl, A. Kreutzer (Texas Instruments): New innovations in low-speed CAN transceivers broaden the horizon for fault tolerant networks |
| A. Kutlu, H. Ekiz, M. Baba, Prof. Dr. E. Powner (Univesity of Sussex): Internetworking wireless Nodes to a Controller Area Network |
| H. Ekiz, A. Kutlu, M. Baba, Prof. Dr. E. Powner (University of Sussex: Design and Implementation of a CAN/Ethernet Bridge |
| Automotive Application |
|---|
| M. Trautmann, Prof. Dr. H. Strack (University of Darmstadt): MiniCAN – a low-cost concept to integrate sensors and actuators into CAN networks |
| M. Bailey (Wavedriver): CAN in Electric Vehicles Download as pdf |
| T. Moon (AB Automotive Electronics): Control in Automitive Body System Networks Download as pdf |
| Industrial Application II |
|---|
| S. Glaze (Honeywell): Smart Distributed System Accumulation Conveyor Control |
| H. Hoepfl, E. Birrer (Sulzer Rueti): A new Protocol for Machine Controls |
| B. Kirk (Robinson Asssociates), M. Frei, W. Müller (Soudronic): The Unicontrol Hardware, Software and System Concept Download as pdf |
| Tools II |
|---|
| Th. Riegraf (Vector Informatik): Development Methodology and Tools for CAN Networks in Motor Vehicles |
| M. Nelisse (TNO Institute of Applied Physics): CAN Development Environment |
| P. Vaes, B. Meuris, V. van de Keere, J. Vandewege (University of Gent): Fortress, a CAN based Development Environment for Real-time embedded Applications |
