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Introduction

 

A Brief History of the Audio Engineering Society's Involvement with Computer-Control Systems

 

Early History of Computer-Controlled Sound Systems...How Did It All Begin?

 

AES-15-1991 (PA-422) Standard Communication Interface for Sound Reinforcement Systems

 

Technical Advancements Leading to Growth of SC-10 and the SC-10 Committee Structure

 

SC-10-2 Scope and Status

 

SC10-1 Scope and Status

 

The AES-24 Protocol: General Architecture and Philosophy

 

Interface Design for Computer-Controlled Audio Systems

 

AES-24 Generic Remote Device

 

It is What's Behind the Windows...Designing Complex Audio Control Systems for Maximum Flexibility

 

Really Real Time

 

New Approaches to Loudspeaker System Control

 

Computer Control and Supervision of the Audio System for the Pennsylvania Convention Center

 

Fault-Tolerant Distributed Control of the Denver International Airport Voice Paging System

 

The Expansion of the Orange County Convention Center

 

A New Sound System for the United States Senate Chamber

 

The Software Behind the Sound System of the Neues Plenum of the Deutschen Bundestag, Bonn, Germany

 

Computer-Controlled, Wireless Distributed Digital Audio in Large Facilities: An Overview and Case Study

 

Embedded Controilers for Audio Devices

 

Asynchronous Serial Communications

 

Considerations in Grounding and Shielding Computer-Controlled Audio Devices

 

A Building Block Approach to Network Control

 

ZIPI-An Inexpensive, Deterministic, Moderate-Speed Computer Network for Music and Other Media

 

The Evolution of Recording Studio Remix Automation

 

Computer-Aided Radio and Television Automation of On-the-Air Studios in Broadcast Facilities

 

Using Network Technology to Share Music Studio Resources

 

The Impact of Recording Studio Automation on the AES24 Protocol

 

Digital Control of Analog Level

 

A Single-Chip Solution for Stereo Volume Control

 

Digitally-Controllable Audio Filters and Equalizers

 

A Microcontroller-Driven Sound Dynamics Processor

 

Considerations in the Application of an Automatic Spectrum Analyzer

 

The Subsystem vs. Supersystem Approach to Building Entertainment Audio Control Systems

 

MIDI Show Control in Action

 

Grand Designs: The Installation of the Crest NexSys Computer-Controlled Audio System at the MGM Grand Hotel and Grand Adventures Theme Park, Las Vegas, Nevada

 

Computers on Tour

 

Design Issues for Digital Audio Networks

 

Implementing an Audio Local Area Network

 

Computer-Controlled Sound System for Multi-Purpose Event Space

 

Real-Time Control of DSP Parametric Equalizers

 

AES-24 Implemented on a Multi-Purpose Audio Mainframe

 

PC Interfaced Digital Signal Processing and Acoustical Analysis

 

Designing New Public Address Systems for Mass Transit Applications Utilizing Computer Control (and Common Sense)

 

Computer Control at the Gottlieb-Daimler Stadium, Stuttgart, Germany

 

The New Hong Kong Stadium

 

Opera Liepzig's New Sound System

 

The Application of Computer-Controlled Sound Systems in Performing Arts Centers

 

The Future of Sound Reinforcement System Control: The Arrival of the Purpose-Built Network-Ready Device

 

Partitioning of Functions in Systems and Products

 

Inter-Networkability: A Look into Some of the Problems for Multi-Technology Control Systems

 

The Next Generation

 

Achieving Cross-Industry Interoperability through the Use of Software Object Binding

 

60 Seconds of Silence: The Critical Need for Sound System Designers and Installers to Focus on Fail-Safe Operation and Long-Term Reliability

 

Authors' Index