About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 184. Chapters: Audio electronics, Audio technology stubs, Graphical sound, Music technology, Sound measurements, Sound recording technology, Audio signal processing, Tape recorder, Au file format, Enhanced CD, Binaural recording, Audio amplifier, Companding, Decibel, A3D, John Volkman, Speed of sound, Audio feedback, Audio crossover, Volta Laboratory and Bureau, Mechanical filter, The Beatles' recording technology, Musical fountain, Sound level meter, Sound pressure, Audio power, Audio equipment testing, Audio engineering, Music Center Incorporated, Loudspeaker measurement, Norman McLaren, Phonautograph, Echo chamber, Edouard-Leon Scott de Martinville, NICE Systems, Innovason, Power handling, DIY audio, Audio noise measurement, Measurement microphone calibration, Audio multicore cable, Daphne Oram, Graphophone, DI unit, Dictaphone, Dictation machine, Roland RE-201, Sound and music computing, Digital audio editor, Optical recording, Sound power, Digital room correction, Magnetophon, Music Technology Group, Acousmatic music, Acoustic impedance, International Society for Music Information Retrieval, Audio quality measurement, Acousmatic sound, MADI, Monaural, Archival Sound Recordings, Sound intensity, Verba Technologies, Ambisonic decoding, Soundcast, Holophonics, Particle displacement, Audio Engineering Society, Coarse-groove Calibration Discs, Variophone, RADAR, Center channel, Yamaha MU-series, Metropolis Mastering, Soundfield microphone, Cycling '74, BBC Research, Phonomotor, Zoom H4 Handy Recorder, Distortion synthesis, TASCAM, Decca tree, Road case, Sound and Music Computing Conference, Particle velocity, 22.2, Tape transport, AMS, Sound energy density, Studer, Sonic artifact, Outboard gear, Soundcheck, Megaphone, PocketDisc, Virtuoso Violin, EOWS, Synchromy, Trifield, Clicker, Cassette tape adaptor, Audio frequency, MP3...
