Voice Software Reference - Features Guide: Table of Contents

• Organization of This Guide
• 1. Introduction
• 1.1. Dialogic Board Naming Conventions
• 1.1.1. Function Identifiers
• 1.1.2. Channel Identifiers
• 1.1.3. Suffix Identifiers
• 1.2. Virtual Boards
• 1.3. Generic Configuration File
• 1.3.1. Name
• 1.3.2. Ioport
• 1.4. Call Analysis
• 1.5. Global Tone Detection/Generation
• 1.5.1. Global Tone Detection
• 1.5.2. Global Tone Generation
• 1.6. R2 MF Signaling
• 1.7. Analog Display Services Interface (ADSI)
• 1.8. Speed and Volume Control
• 1.9. Caller ID
• 1.10. Global Dial Pulse Detection
• 1.11. Transaction Record
• 1.12. Silence Compressed Record
• 1.13. Echo Cancellation Resource
• 1.14. G.726 ADPCM Voice Coder
• 1.15. Voice Library Demo Programs
• 2. Call Analysis
• 2.1. What Does Call Analysis Detect?
• 2.2. How Does Call Analysis Work?
• 2.3. How to Enable PerfectCall Call Analysis
• 2.3.1. Modifying the Default Tone Definitions
• 2.3.2. Activating PerfectCall Call Progress
• 2.4. How to Use Call Analysis
• 2.4.1. Set Up the Call Analysis Parameter Structure (DX_CAP)
• 2.4.2. Use the dx_dial( ) Function to Initiate Call Analysis
• 2.4.3. Determine the Outcome of the Call
• 2.4.4. Obtain Additional Call Outcome Information
• 2.5. How the DX_CAP Controls Call Analysis
• 2.5.1. Selecting SIT Frequency Detection, Positive Voice Detection, and Positive Answering Machine Detection
• 2.5.2. SIT Frequency Detection
• 2.5.3. Cadence Detection in Basic Call Analysis
• 2.5.4. Tone Detection in PerfectCall Call Analysis
• 2.5.5. Loop Current Detection
• 2.5.6. Positive Voice Detection
• 2.6. Call Analysis Errors
• 3. Global Tone Detection/Generation
• 3.1. Global Tone Detection
• 3.1.1. Defining GTD Tones
• 3.1.2. Building Tone Templates
• 3.1.3. Working with Tone Templates
• 3.1.4. Tone Event Retrieval
• 3.1.5. Memory Available for User-Defined Tone Templates
• 3.1.6. Applications
• 3.2. Global Tone Generation (GTG)
• 3.2.1. Global Tone Generation Functions
• 3.2.2. Building and Implementing a Tone Generation Template
• 4. R2 MF Signaling
• 4.1. Direct Dialing-In Service
• 4.2. R2 MF Multifrequency Combinations
• 4.3. R2 MF Signal Meanings
• 4.4. R2 MF Compelled Signaling
• 4.5. Using R2 MF Signaling with Voice Boards
• 4.6. Related Publications
• 5. Analog Display Services Interface
• 5.1. ADSI Protocol
• 5.2. Dialogic ADSI Support
• 5.3. Related Publications
• 6. Speed and Volume Control
• 6.1. Speed and Volume Convenience Functions
• 6.2. Speed and Volume Adjustment Functions
• 6.3. Speed and Volume Modification Tables
• 6.4. Play Adjustment Digits
• 6.5. Setting Play Adjustment Conditions
• 6.6. Explicitly Adjusting Speed and Volume
• 7. Caller ID
• 7.1. Overview
• 7.2. Supported Formats
• 7.3. Related References
• 7.4. Theory of Operation
• 7.5. Accessing Caller ID Information
• 7.6. Enabling Channels to Use the Caller ID Feature
• 7.7. Error Handling
• 8. Global Dial Pulse Detection
• 8.1. DPD Parameters
• 8.2. Global DPD Demonstration Program
• 8.3. Global DPD Application Programming Interface
• 8.3.1. Programming Procedure and Example
• 8.3.2. Programming Considerations
• 9. Transaction Record
• 10. Silence Compressed Record
• 11. Echo Cancellation
• 11.1. Overview
• 11.1.1. Modes of Operation
• 11.1.2. Buffer Size Adjustments for Internet Telephony
• 11.2. ECR Application Models
• 11.2.1. How to Set Up the ECR Bridge
• 11.2.2. How to Set Up an ECR Play Over the SCbus
• 12. G.726 ADPCM Voice Coder
• 12.1. Dialogic Support for G.726
• 12.2. Enabling and Using the G.726 Voice Coder
• 13. Voice Library Demo Programs
• 13.1. D/40demo - Synchronous Demo
• 13.1.1. Boards Supported
• 13.1.2. Physical Connections
• 13.1.3. Running the d40demo Program
• 13.1.4. d40demo Program Overview
• 13.1.5. Source Code Overview
• 13.1.6. Initialization
• 13.1.7. Menu System Routine
• 13.1.8. Messaging System Routine
• 13.2. Other Synchronous Demos
• 13.2.1. Custserv Demo
• 13.2.2. Horoscope Demo
• 13.3. Asynchronous Demo Programs pansr and cbansr
• 13.4. Caveats
• Appendix A - Related Publications
• Glossary
• Copyright Notice