AV Design Reference Manual - InfoComm

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Chapter 18: Venues Audio Conferencing Systems If audio conferencing is planned as a feature of a boardroom’s AV systems, the mechanical systems’ ambient noise level is more important and the mechanical engineer should be asked to design the mechanical systems to the noise criteria (NC) 25 standard. This will prevent minimal extraneous ambient noise from interfering with the audio conferencing system’s functionality. Video Conferencing Systems If video conferencing is planned as a feature of a boardroom’s AV systems, the room lighting, color temperature, surface colors, table and furniture colors need to be considered. In addition, the mechanical system’s ambient noise levels are more important. The mechanical engineer should be asked to design the mechanical systems to the NC 25 standard. This will ensure minimal extraneous ambient noise detracts from the video conferencing system’s functionality. Another important issue to discuss is connectivity with other computer networks. The most popular options are Internet and multiple integrated services digital network (ISDN) lines. Electronic White Boards and Interactive Displays Electronic white boards and interactive displays are popular in today’s boardrooms. They can be standalone wall-mounted units or overlays for flat panel displays. The purpose of an interactive display is to enable the user to annotate over a projected presentation using a special pen or stylus and be able to save the projected image and annotation to a computer file for later use or distribution. Lighting and Lighting Control Lighting and lighting control are two critical elements in the design of a boardroom. Providing multiple zones of varying types of light is important. A combination of incandescent lights and fluorescent fixtures is common, with wall wash accent lighting and cove lighting also frequently used. A dimming system providing multiple zones with the ability to recall multiple scenes is the norm. The systems can be tied into the AV control system for seamless integration and simplistic, intuitive, operation. The key to a successful boardroom design is choosing the appropriate technology based on the defined client needs and integrating it into the room in a simple, intuitive, system. AVDRM, 1st edition 18-24 © 2006 BICSI ® /InfoComm International ®
Chapter 18: Venues Designing Command and Control Audiovisual (AV) Systems Introduction This section is intended to provide the reader with guidelines for the development of operation or command centers. Typically, these types of facilities are developed to support many types of functions including, but not limited to: • Management of voice and data network communications. • Military operations. • Government operations. • Law enforcement operations. • Transportation operations. • Data management. • Product management. • Facility operations. • Traffic management. • Crisis management. Typical acronyms used to describe an operation center (OC) include: • Network operations center (NOC). • Satellite operations center (SOC). • Emergency operations center (EOC). • Command and control center (CCC). NOTE: For the purposes of this chapter, the acronym OC will be used to describe any type of operation or command center. © 2006 BICSI ® /InfoComm International ® 18-25 AVDRM, 1st edition
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AV Design Reference Manual First Ed
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AV Design Reference M A N U A L 1st
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InfoComm International 2006 Board o
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WARNING It is the responsibility of
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Acknowledgments, continued Chapter
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Acknowledgments, continued Chapter
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Acknowledgments, continued The foll
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AVDRM, 1st edition viii © 2006 BIC
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Become a BICSI Member! BICSI member
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BICSI Member Benefits, continued Ed
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BICSI Member Benefits, continued If
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InfoComm Member Benefits, continued
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AVDRM, 1st edition xviii © 2006 BI
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Reader’s Comment Form AV Design R
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Table of Contents Conduit Systems..
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Table of Contents Chapter 15: Video
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Table of Contents Figures Chapter 2
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Table of Contents Chapter 5: Infras
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Table of Contents Figure 14.11 Cone
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Table of Contents Tables Chapter 2:
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® Chapter 1 Introduction This chap
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Chapter 1: Introduction AVDRM, 1st
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Chapter 1: Introduction History of
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Chapter 1: Introduction Segments wi
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Chapter 1: Introduction Participati
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Chapter 1: Introduction References
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Chapter 2: Foundations Table of Con
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Chapter 2: Foundations Overview The
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Chapter 2: Foundations Ohm’s Law,
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Chapter 2: Foundations Trigonometry
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Chapter 2: Foundations Sound, conti
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Chapter 2: Foundations Light, conti
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Chapter 2: Foundations Light, conti
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Chapter 2: Foundations Aural Percep
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Chapter 2: Foundations Visual Perce
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Chapter 2: Foundations Visual Perce
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Chapter 2: Foundations References F
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Chapter 3: Signals Table of Content
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Chapter 3: Signals Figures Figure 3
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Chapter 3: Signals Overview This ch
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Chapter 3: Signals Comparing Analog
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Chapter 3: Signals Comparing Analog
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Chapter 3: Signals Audio Signals In
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Chapter 3: Signals Analog Audio Sig
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Chapter 3: Signals Digital Audio Si
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Chapter 3: Signals Analog Video Sig
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Chapter 3: Signals Digital Video Si
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Chapter 3: Signals Digital Televisi
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Chapter 3: Signals RS-232 Serial Co
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Chapter 3: Signals Variable Voltage
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® Chapter 4 Transmission A signal
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Chapter 4: Transmission Bayonet-Nei
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Chapter 4: Transmission AVDRM, 1st
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Chapter 4: Transmission Wire and Ca
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Chapter 4: Transmission Cable Types
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Chapter 4: Transmission Coaxial Cab
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Chapter 4: Transmission Twisted-Pai
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Chapter 4: Transmission Performance
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Chapter 4: Transmission Signal Sepa
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Chapter 4: Transmission Connectors,
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Chapter 4: Transmission Singlemode
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Chapter 4: Transmission Limitations
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Chapter 4: Transmission Constructio
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Chapter 4: Transmission Topics in W
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Chapter 4: Transmission Topics in W
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Chapter 4: Transmission Application
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Chapter 4: Transmission Patch Panel
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Chapter 4: Transmission Normalling,
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Chapter 4: Transmission References
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Chapter 5: Infrastructure Table of
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Chapter 5: Infrastructure Electroma
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Chapter 5: Infrastructure Overview
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Chapter 5: Infrastructure Standards
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Chapter 5: Infrastructure Elements
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Chapter 5: Infrastructure Pathway D
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Chapter 5: Infrastructure Underfloo
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Chapter 5: Infrastructure Access Fl
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Chapter 5: Infrastructure General D
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Chapter 5: Infrastructure Pathway a
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Chapter 5: Infrastructure Conduit S
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Chapter 5: Infrastructure Metal Con
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Chapter 5: Infrastructure Conduit F
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Chapter 5: Infrastructure Conduit F
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Chapter 5: Infrastructure Conduit T
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Chapter 5: Infrastructure Pull Boxe
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Chapter 5: Infrastructure Other Hor
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Chapter 5: Infrastructure Floor Box
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Chapter 5: Infrastructure Miscellan
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Chapter 5: Infrastructure Electroma
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Chapter 5: Infrastructure Minimizin
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Chapter 5: Infrastructure Firestopp
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® Chapter 6 Networking The converg
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Chapter 6: Networking Internet Prot
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Chapter 6: Networking AVDRM, 1st ed
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Chapter 6: Networking Introduction,
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Chapter 6: Networking Open Systems
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Chapter 6: Networking Open Systems
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Chapter 6: Networking Servers Share
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Chapter 6: Networking Switches, con
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Chapter 6: Networking Traffic Manag
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Chapter 6: Networking Telecommunica
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Chapter 6: Networking Network Servi
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Chapter 6: Networking Wireless Tran
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? 8Port 100BASE-TX 5 Power 100 Mbps
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Chapter 6: Networking Wireless Loca
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? Chapter 6: Networking Wireless Pe
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Chapter 6: Networking Wide Area Net
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Chapter 6: Networking Introduction,
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Chapter 6: Networking Audiovisual (
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Chapter 6: Networking Distance Coll
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Chapter 6: Networking References BI
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Chapter 7: Electrical Principles Ta
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Chapter 7: Electrical Principles Fi
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Chapter 7: Electrical Principles Ov
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Chapter 7: Electrical Principles Cu
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Chapter 7: Electrical Principles Ap
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Chapter 7: Electrical Principles Ba
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Chapter 7: Electrical Principles Au
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Chapter 7: Electrical Principles Au
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Chapter 7: Electrical Principles De
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Chapter 7: Electrical Principles St
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Appendix A: Electrical Codes and St
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Appendix B: Power Generation and Di
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® Chapter 8 Grounding This chapter
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Chapter 8: Grounding AVDRM, 1st edi
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Chapter 8: Grounding References, co
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Chapter 9: Heating, Ventilating, an
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® Chapter 10 Structural Considerat
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Chapter 10: Structural Consideratio
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Chapter 11: Acoustics Table of Cont
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Chapter 11: Acoustics Overview This
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Chapter 11: Acoustics Noise Criteri
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Chapter 11: Acoustics Noise Criteri
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Chapter 11: Acoustics Sound Isolati
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Chapter 11: Acoustics Sound Isolati
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Chapter 11: Acoustics Room Acoustic
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Chapter 11: Acoustics Reverberation
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Chapter 11: Acoustics Absorption, R
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Chapter 11: Acoustics Noise Reducti
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Chapter 11: Acoustics References Am
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Chapter 12: Lighting Table of Conte
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Chapter 12: Lighting Figures Figure
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Chapter 12: Lighting Overview Light
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Chapter 12: Lighting Principles of
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Chapter 12: Lighting Principles of
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Chapter 12: Lighting Energy Managem
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Chapter 12: Lighting Architectural
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Chapter 12: Lighting Architectural
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Chapter 12: Lighting Theatrical Lig
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Chapter 12: Lighting Theatrical Lig
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Chapter 12: Lighting Broadcast Ligh
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Chapter 12: Lighting Entertainment
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Chapter 12: Lighting Terms and Unit
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Chapter 12: Lighting Terms and Unit
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Chapter 12: Lighting Lighting Contr
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Chapter 12: Lighting Lighting Scene
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Chapter 12: Lighting Integrating Li
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Chapter 12: Lighting Control System
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Chapter 12: Lighting Lighting Equip
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Chapter 12: Lighting Types of Lamps
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Chapter 12: Lighting Luminaires (Li
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® Chapter 13 Interior Design The e
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Chapter 13: Interior Design Figures
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Chapter 13: Interior Design Space P
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Chapter 13: Interior Design Seating
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Chapter 13: Interior Design Walls C
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Chapter 13: Interior Design Audiovi
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Chapter 13: Interior Design Referen
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Chapter 14: Audio Components Table
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Chapter 14: Audio Components Active
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Chapter 14: Audio Components Overvi
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Chapter 14: Audio Components Microp
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Chapter 14: Audio Components Common
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Chapter 14: Audio Components Electr
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Chapter 14: Audio Components Mixers
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Chapter 14: Audio Components Common
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Chapter 14: Audio Components Audio
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Chapter 14: Audio Components Equali
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Chapter 14: Audio Components Compre
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Chapter 14: Audio Components Gain C
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Chapter 14: Audio Components Echo C
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Chapter 14: Audio Components Delay
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Chapter 14: Audio Components Amplif
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Chapter 14: Audio Components Types
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Chapter 14: Audio Components Loudsp
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Chapter 14: Audio Components Refere
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Chapter 15: Video Components Table
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Chapter 15: Video Components Figure
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Chapter 15: Video Components Overvi
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Chapter 15: Video Components Videot
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Chapter 15: Video Components Camera
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Chapter 15: Video Components Types
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Chapter 15: Video Components Video
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Chapter 15: Video Components Proces
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Chapter 15: Video Components Multi-
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Chapter 15: Video Components Displa
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Chapter 15: Video Components Cathod
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Chapter 15: Video Components Digita
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Chapter 15: Video Components Plasma
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Chapter 15: Video Components Light-
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Chapter 15: Video Components Organi
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Chapter 15: Video Components Digita
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Chapter 15: Video Components Monito
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Chapter 15: Video Components Introd
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Chapter 15: Video Components Front
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Chapter 15: Video Components Rear P
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Chapter 15: Video Components Rear P
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Chapter 15: Video Components Refere
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® Chapter 16 Control Components Co
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Chapter 16: Control Components AVDR
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Chapter 16: Control Components Cont
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Chapter 16: Control Components Show
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Chapter 16: Control Components Web
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® Chapter 17 Systems The component
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Chapter 17: Systems Signal Distribu
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Chapter 17: Systems Telecommunicati
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Chapter 17: Systems Retail ........
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Chapter 17: Systems Tables Table 17
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Chapter 17: Systems Visual Display
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Chapter 17: Systems Direct-View Dis
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Chapter 17: Systems Projection Disp
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Chapter 17: Systems Loudspeaker Sys
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Chapter 17: Systems Program Audio D
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Chapter 17: Systems Signal Distribu
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Chapter 17: Systems Signal Distance
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Chapter 17: Systems Audioconferenci
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Chapter 17: Systems Large Room Envi
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Chapter 17: Systems Microphone Sele
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Chapter 17: Systems Noise Cancellat
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Chapter 17: Systems Acoustic Echo C
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Chapter 17: Systems Telephone Hybri
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Chapter 17: Systems Loudspeakers, c
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Chapter 17: Systems In-Room Reinfor
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Chapter 17: Systems In-Room Reinfor
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Chapter 17: Systems Room Setup, con
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Chapter 17: Systems Displays Types,
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Chapter 17: Systems Camera Technolo
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Chapter 17: Systems Camera Technolo
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Chapter 17: Systems Lighting, conti
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Chapter 17: Systems Integration wit
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Chapter 17: Systems Control Systems
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Chapter 17: Systems Industry Trends
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Chapter 17: Systems Telecommunicati
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Chapter 17: Systems Protocols, cont
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Chapter 17: Systems Protocols, cont
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Chapter 17: Systems Communications
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Chapter 17: Systems Control Systems
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Chapter 17: Systems Control System
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Chapter 17: Systems Types of Paging
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Chapter 17: Systems Loudspeaker Sel
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Chapter 17: Systems Constant Voltag
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Chapter 17: Systems Sound Masking S
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Chapter 17: Systems Sound Masking S
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Chapter 17: Systems Expected Privac
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Chapter 17: Systems Markets Technol
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Chapter 17: Systems Business Models
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Chapter 17: Systems Collaboration o
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Chapter 17: Systems Collaboration o
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Chapter 17: Systems Audio/No Audio,
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Chapter 17: Systems Enhancing Techn
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Page 731: ® Chapter 18 Venues Just as system
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Page 738 and 739: Chapter 18: Venues Designing Museum
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Page 770 and 771: Chapter 18: Venues System Electroni
Page 772 and 773: Chapter 18: Venues Clinical Audiovi
Page 774 and 775: Chapter 18: Venues Intercom Systems
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Page 780 and 781: Chapter 18: Venues Video-on-Demand
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Page 784 and 785: Chapter 18: Venues Designing Stadiu
Page 786 and 787: Chapter 18: Venues Acoustics The ac
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Page 794 and 795: Chapter 18: Venues Guidelines for V
Page 796 and 797: Chapter 18: Venues Visual Paging an
Page 798 and 799: Chapter 18: Venues Microphones and
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Page 804 and 805: Chapter 18: Venues Designing Entert
Page 806 and 807: Chapter 18: Venues Entertainment So
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Chapter 18: Venues Video Communicat
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Chapter 18: Venues Sound Reinforcem
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Chapter 18: Venues Sound Reinforcem
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Chapter 18: Venues Production Monit
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Chapter 18: Venues Designing Museum
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Chapter 18: Venues Personalized Aud
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Chapter 18: Venues Control Systems,
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Chapter 18: Venues Designing Legal
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Chapter 18: Venues Audio Systems, c
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Chapter 18: Venues Audiovisual (AV)
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Chapter 18: Venues Signal Distribut
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® Chapter 19 Project Processes Thi
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Chapter 19: Project Processes Codes
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Chapter 19: Project Processes Proje
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Chapter 19: Project Processes Desig
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Chapter 19: Project Processes Intro
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Chapter 19: Project Processes Proce
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Chapter 19: Project Processes Proje
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Chapter 19: Project Processes Contr
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Chapter 19: Project Processes Drawi
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Chapter 19: Project Processes Drawi
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Chapter 19: Project Processes Codes
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Chapter 19: Project Processes Socie
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Chapter 19: Project Processes Refer
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Bibliography Bibliography, continue
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Bibliography Bibliography, continue
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Glossary Terms Numbers 1k tone A so
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Glossary B backbone cabling Cable a
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Glossary category 5e Balanced twist
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Glossary D Data Link layer The Open
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Glossary electrical service equipme
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Glossary G gender changer an adapte
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Glossary in-phase (I) signal The re
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Glossary logarithm The opposite of
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Glossary N National Television Syst
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Glossary patch bay A junction panel
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Glossary Q quadrature (Q) signal Th
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Glossary S sabin The metric unit fo
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Glossary solid conductor cable A ca
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Glossary technical power system A p
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Glossary W wavelength cycles. The d
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Glossary ANS ANSI AP ASCII ASDL ASH
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Glossary CSMA/CD CSO CSU CTB CTS ca
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Glossary ER ER ERB ERL ERLE ESD ESS
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Glossary I I I IAQ IBC IC in-phase
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Glossary LDAP LEC LED LoS LPD LRV l
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Glossary O O/A O/H OC OC OCPD OD OF
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Glossary RF RFC RFI RFI RFI RFID RF
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Glossary T TBC TCP THD THD+N TIA TM
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Glossary WAP WEP WG Wi-Fi WLAN WLL
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Index B background music ..........
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Index distribution amplifiers .....
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Index K keying ....................
Page 921 and 922:
Index P PAG. ......................
Page 923 and 924:
Index Society of Motion Picture and
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