A Jewish Child’s Portrait? The Kline Sarcophagus of Monteverde and Jewish Funerary Portraiture in Ro...

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" A Jewish Child’s Portrait? The Kline Sarcophagus of Monteverde and Jewish Funerary Portraiture in Rome "
Sean P. Burrus

Document Type	:	BL
Record Number	:	1021550
Doc. No	:	b775920
Main Entry	:	Hänsler, E., (Eberhard)
Title & Author	:	Acoustic echo and noise control : : a practical approach /\ Eberhard Haensler, Gerhard Schmidt.
Publication Statement	:	Hoboken, N.J. :: Wiley-Interscience,, ©2004.
Series Statement	:	Adaptive and learning systems for signal processing, communications, and control
Page. NO	:	1 online resource (xxvi, 444 pages) :: illustrations
ISBN	:	0471678392
	:	: 0471678406
	:	: 128027283X
	:	: 9780471678397
	:	: 9780471678403
	:	: 9781280272837
	:	0471453463
	:	9780471453468
Bibliographies/Indexes	:	Includes bibliographical references (pages 423-440) and index.
Contents	:	pt. I. Basics -- 1. Introduction -- 2. Acoustic echo and noise control systems -- 3. Fundamentals -- pt. II. Algorithms -- 4. Error criteria and cost functions -- 5. Wiener filter -- 6. Linear prediction -- 7. Algorithms for adaptive filters -- pt. III. Acoustic echo and noise control -- 8. Traditional methods for stabilization of electroacoustic loops -- 9. Echo cancellation -- 10. Residual echo and noise suppression -- 11. Beamforming -- pt. IV. Control and implementation issues -- 12. System control -- basic aspects -- 13. Control of echo cancellation systems -- 14. Control of noise and echo suppression systems -- 15. Control for beamforming -- 16. Implementation issues -- pt. V. Outlook and appendixes -- 17. Outlook -- App. A. Subband impulse responses -- App. B. Filterbank design.
Abstract	:	"Requiring only a basic knowledge of linear systems theory and digital signal processing, this text offers an ideal resource for students, researchers, and systems engineers seeking to familiarize themselves with the latest developments and practical applications in this fascinating field."--Jacket.
Subject	:	Acoustical engineering.
Subject	:	Echo suppression (Telecommunication)
Subject	:	Acoustical engineering.
Subject	:	COMPUTERS-- Information Theory.
Subject	:	Echo suppression (Telecommunication)
Subject	:	TECHNOLOGY & ENGINEERING-- Signals & Signal Processing.