Introduction

  Third-Party Driver Blocks

  I/O Driver Block Library

  Memory-Mapped Devices

  ISA Bus I/O Devices

  PCI Bus I/O Devices

  xPC Target I/O Driver Structures

  PWM and FM Driver Block Notes

  Driver Block Documentation

  Introduction

  Hardware Connections for RS-232

  Host and Target PC Communication

  Introduction

  Adding RS-232 Blocks

  Building and Running the Target Application (Composite)

  RS-232/422/485 Simulink Block Reference

  Introduction

  xPC Target RS-232 Drivers (Obsolete)

  Introduction

  Hardware Connections for GPIB

  Simulink Blocks for GPIB

  MATLAB Message Structures for GPIB

  Introduction

  Adding GPIB Driver Blocks

  Creating GPIB Message Structures

  Introduction

  GPIB Initialization and Termination Message Structures

  GPIB Send/Receive Message Structure

  Shortcuts and Features for Messages

  Supported Data Types for Message Fields

  xPC Target CAN Library

  Data Types

  Supported Softing Boards

  Summary of Model Execution Driven by CAN Messages

  CAN-AC2 (ISA)

  CAN-AC2-PCI

  CAN-AC2-104 (PC/104)

  Introducing Initialization and Termination CAN Messages

  Example

  Summary of FIFO Mode

  FIFO Mode Drivers for CAN Boards from Softing

  xPC Target FIFO CAN Demonstrations for CAN-AC2-PCI and CAN-AC2-104 Boards

  Using Acceptance Filters

  Acceptance Filter Example

  What Is Model-Based Ethernet Communications?

  PCI Bus and Slot Numbers

  MAC Addresses

  Network Buffer Pointers

  Filter Type and Filter Address Blocks

  xPC Target Ethernet Block Library

  What Is UDP?

  Why UDP?

  Note on UDP Communication

  Before You Start

  Remote Terminal Operation

  Bus Controller Operation

  Remote Terminal and Bus Controller Operation

  Bus Monitor Operation

  Introduction

  Using the Parallel Port as an Interrupt Source

  Using Add-On Parallel Port Boards

  Introduction

  Model Notes

  Frame Size, Sample Rate, and Sample Time Parameter Notes

  Create Shared Memory Partitions

  Initialize Shared Memory Nodes

  Shared Memory Partition Structure

  Shared Memory Node Initialization Structure

  Introduction to PMC-ADADIO

  A/D Blocks

  Create Enable Signal Blocks

  D/A Blocks

  Interleaving Analog Input and Analog Output Blocks

  Using Multiple Boards for Simultaneous Analog to Digital Conversion

  Introduction

  Create Shared Memory Partitions

  Initialize Shared Memory Nodes

  Shared Memory Partition Structure

  Shared Memory Node Initialization Structure

  Create Shared Memory Partitions

  Initialize Shared Memory Nodes

  Shared Memory Partition Structure

  Shared Memory Node Initialization Structure

  Introduction

  Changing the Board Associated with the Block

  Getting Information on a Specific Board

  Introduction

  Notes on Master and Slave Boards

  Interrupt Numbers

  IRQ Source Block

  Example Models

  Adding an Asynchronous Event

  Asynchronous Interrupt Examples