Publication detail
Optimized Structure for Multichannel Digital Reverberation.
BALÍK, M.
Original Title
Optimized Structure for Multichannel Digital Reverberation.
English Title
Optimized Structure for Multichannel Digital Reverberation.
Type
journal article - other
Language
en
Original Abstract
The paper deals with a structure for implementing of 8-channel simulation of acoustic rooms (known as artificial reverberation) as a discrete system. The paper begins with a description of essential terminology and parameters. The next chapter starts with the description of total structure block diagram. The following chapters continue with structures for early reflection simulation and for subsequent reverberation simulation. The main parts of structures are described by their transfer function. In the end the impulse responses for different parameter settings are shown.
English abstract
The paper deals with a structure for implementing of 8-channel simulation of acoustic rooms (known as artificial reverberation) as a discrete system. The paper begins with a description of essential terminology and parameters. The next chapter starts with the description of total structure block diagram. The following chapters continue with structures for early reflection simulation and for subsequent reverberation simulation. The main parts of structures are described by their transfer function. In the end the impulse responses for different parameter settings are shown.
Keywords
modified comb filter, nested all-pass filter, acoustic room, simulation, artificial reverberation, discrete system, early reflections, subsequent reverberation
RIV year
2004
Released
30.01.2004
ISBN
1109-9577
Periodical
INTERNATIONAL JOURNAL of ENERGY and ENVIRONMENT
Year of study
2004
Number
1
State
IT
Pages from
62
Pages to
68
Pages count
7
Documents
BibTex
@article{BUT45962,
author="Miroslav {Balík}",
title="Optimized Structure for Multichannel Digital Reverberation.",
annote="The paper deals with a structure for implementing of 8-channel simulation of acoustic rooms (known as artificial reverberation) as a discrete system. The paper begins with a description of essential terminology and parameters. The next chapter starts with the description of total structure block diagram. The following chapters
continue with structures for early reflection simulation and for subsequent reverberation simulation. The main parts of structures are described by their transfer function. In the end the impulse responses for different parameter settings are shown.",
chapter="45962",
journal="WSEAS TRANSACTIONS on ACOUSTICS and MUSIC",
number="1",
volume="2004",
year="2004",
month="january",
pages="62",
type="journal article - other"
}