1st international CAN Conference 1994
 

Contents
 

Plenary Session

• Controller Area Network - From Concept to Reality
  Prof. Dr. U. Kiencke (University of Karlsruhe)

Session 1: CAN Protocol Performance
Chairman: Prof. Dr. H.-Chr. Reuss (University of Dresden)

• Guaranteeing Message Latencies on CAN
  Dr. K. Tindell, A. Burns (University of York)
• Performance Analysis of CAN-based Systems
  Dr. L. Rauchhaupt (University of Magdeburg)
• Performance of the Error Detection Mechanisms in CAN
  J. Charzinski (University of Stuttgart)

Session 2: CAN Physical Layer
Chairman: Prof. Dr. W. Lawrenz (FH Braunschweig/Wolfenbuttel)

• Integrated Power Supply Transmission for CAN
  Dr. H. Beikirch, Dr. T. Schindler, Dr. L Rauchhaupt (University Magdeburg)
• Optical Layer for CAN
  M. Rucks (Kabelwerke Reinshagen)
• A Robust CAN Transceiver Designed for the Automotive Environment
  M. Clayton, A. Kreutzer (Texas Instruments)

Session 3: CAN Controller Chips 1
Chairman: V. Schiffer (Allen-Bradley)

• A Global Time System for CAN Networks
  K. Turski (NEC)
• Integrated and Stand-alone CAN Solutions for Different Application Levels
  H. Muller (Siemens)
• Tradeoffs Between Stand-alone and Integrated CAN Peripherals
  C. Szydlowski (Intel)

Session 4: CAN Industrial Applications 1
Chairman: H. Eisele (Philips Semiconductors)

• Connecting CAN-based Networks to an MMS Network
  N. Laurance (Ford)
• CAN in Industrial Applications
  M. Jaeggi (Selectron)
• Implementation of CAN System in Truck-based Aircraft Washing System
  K. Rupp (FhG/lPA), O. Wurst (Putzmeister)

Session 5: Development and Verification Tools
Chairman: T. Suters (Philips Medical Systems)

• A Real-time PC with iRMX for Windows Controls Medical System Components directly via a CAN Network
  E.-J. Heins (Philips Medical Systems)
• CAN Tool Requirements
  Chr. Brautigam (Softing)
• Modelling of the CAN Protocol in я and VHDL
  F. Hartwich, E. Esch, M. Strugala (Robert Bosch)

Session 6: Open Systems 1
Chairman: Dr. T. Raith (Daimler-Benz)

• Theories and Practical Experience with CAL-based Industrial Control
  J. Uphoff (I+ME), Prof. Dr. W. Lawrenz (FH Braunschweig/Wolfenbuttel)
• Linear Servo Motor for Production Equipment uses CAN and CAL
  W. Tabingh (Philips CFT)
• CAN Real-time Communication Profile
  M. Rostan, Prof. Dr. G. Gruhler (STA Reutlingen)

Session 7: CAN Controller Chips 2
Chairman: L.-B. Fredriksson (Kvaser)

• A New Generation of Integrated Circuits for CAN Systems
  P. Buehring (Philips Semiconductors)
• DC Motor Control in Vehicle Body Applications
  M. Embacher (National Semiconductor)
• Highly Integrated Cost-effective CAN
  K.-T. Neumann, Ch.-E. Cordonnier (Motorola)

Session 8: CAN Automotive Applications
Chairman: H. Utz (National Semiconductors)

• Low-cost CAN-based Body Control System
  Dr. K. W. Young, R. T. McLaughlin, S. B. Khoh (University of Warwick)
• SLIO-based Data Acquisition in Testing Brakes of Trucks
  Dr. P. Kakkainen, M. Haataja (Oulu Institute of Technology), U. Niemela (RoBosys Oy)
• CAN - Base for New Applications in Vehicles
  G. Waizmann, F. Steinert, R. Wolters (Ontime Engineering)

Session 9: Special Topics
Chairman: Prof. Dr. K. Etschberger (STZP)

• Implementing a Distributed High-resolution Real-time Clock using the CAN Bus
  M. Gergeleit, H. Streich (GMD)
• Gate Array Implementation of a FullCAN Controller
  P. Buchschacher, R. Fehr (Initec)
• Modelling Simatic S5 with CMS
  S. Hansen (Janz Computer)

Session 10: Open Systems 2
Chairman: Prof. Dr. U. Kiencke (University of Karlsruhe)

• SDS: A CAN Protocol for Plant Floor Control
  R. Crovella (Honeywell)
• DeviceNet Application Protocol
  D. Doonen, S. Siegel, P. Maloney (Allen-Bradley)
• Modelling Distributed Application Processes with CAL
  Prof. Dr. K. Etschberger (STZP)

Session 11: CAN Industrial Applications 2
Chairman: Dr. O. Schnelle (MTU)

• Sensor-based Solutions for Automation
  J. Dahlkemper, Dr. A. Langen (FhG/lPA)
• Flexible Manufacturing Systems Need CAN
  Dr. C. Sommer, Dr. E. Sommer (Sommer Automation)
• A Servodrive Profile for CAN
  J. Doran, J. Scannell, M. Harrington (Moog)

Session 12: CAN Industrial Applications 3
Chairman: G. Hausmann (National Semiconductor)

• DIRECT: A Basis for Distributed Real-time Control Applications
  Prof. Dr. R. Kroeger (Fachhochschule Wiesbaden)
• Security System for Workers in the HST Maintenance Building in Brussels
  S. Bassem, P. Crohaert (ACT'L)
• A Distributed Control System Using the CAN
  P. Priller (Mikron)