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Learn the Basics of CAN
With the National Instruments CAN interfaces, you can use your PC or PXI system to make automated measurements in automotive, medical, and embedded applications. This is an introductory tutorial from a leading vendor.
preview: http://sine.ni.com  

tutorial    

CAN - a brief tutorial
The CAN bus (Controller Area Networking) was defined in the late 1980 by Bosch, initially for use in automotive applications. It has the following characteristics: Uses a single terminated twisted pair cable Is multi master Maximum Signal frequency used is 1 Mbit/sec Length is typically 40M at 1Mbit/sec up to 10KM at 5Kbits/sec Has high reliability with extensive error checking Typical maximum data rate achievable is...
preview: http://www.computer-solutions.co.uk  

tutorial    

CAN bus Communication
This technical tutorial covers the basics of the ISO 11898 Controller Area Network protocol, common terminology, and tools for quick network development. This tutorial also covers CAN bus communication with National Instruments LabVIEW or text based programming languages and discusses hardware synchronization for simultaneous analog and CAN measurements.
preview: https://sine.ni.com  

tutorial    

Case Study 'XCP-on-FlexRay at Audi'
The Challenge: Direct parameterization of several thousand ECU parameters via an AUTOSAR FlexRay stack The Solution: Customization and extension of CANape and XCP software components The Advantages: A calibration tool and perfectly coordinated high-performance XCP software modules from a single source
preview: http://www.vector-cantech.com  

tutorial    

On-line Training Class - MicroCANopen
This class introduces MicroCANopen. It includes: * An Introduction to MicroCANopen including CANopen terminology * Comparison between MicroCANopen and CANopen * Limitations and optimizations of MicroCANopen * Object Dictionary, PDOs * etc.
preview: http://www.esacademy.com