Scientific Papers			[back to main library]
	Improving Room Acoustics through time-variant synthetic reverberation David Griesinger - Lexicon Inc. 1991		This paper describes the fundamental operating principles behind LARES as they apply to our first installation - The Elgin Theatre.
	How Loud is my Reverberation? David Griesinger - Lexicon Inc.1995		This paper describes the significance of reverberant level and introduces RR as an acoustic measure.
	Further Developments in the Design, Implementation, and Performance of Time Variant Acoustic Enhancement Systems Steve Barbar - Lexicon Inc. 1995		This paper describes applications for acoustic enhancement, and the fundamentals of successful system implementation.
	Spaciousness and Envelopment in Musical Acoustics David Griesinger - Lexicon Inc.1996		This paper describes properties of Spaciousness and Envelopment, and describes experiments used to quantify each.
	Objective Measures of Spaciousness and Envelopment David Griesinger - 1998		This paper compares methods for evaluating spaciousness and envelopment, and introduces new standards for spatial measurement.
	Further Investigation into the Loudness of Running Reverberation David Griesinger - 1996		This paper describes requirements for stage support and optimum ratios of direct and reverberant energy.
	Beyond MLS - Occupied hall measurement with FFT techniques David Griesinger - 1994		This paper describes deficiencies in using MLS to measure occupies spaces, as well as other common methods of measurement such as starters pistols or balloon bursts. It also describes new techniques using binaural input that provide more accurate information for both typical room measurement and LARES.
	Recent Experiences with Electronic Acoustic Enhancement in Concert Halls and Opera Houses David Griesinger - 1999		This paper describes human preferences for the timing and amplitude of both direct sounds and spatial sounds. It then describes how these preferences translate to the listening experience in existing environments, and how to optimize the sound delivery for best listening enjoyment.
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