LEADER 00000nam 2200805 a 4500
001 200707IVM010
005 20081107150756.0
006 m e d
008 081006t20072007cau fsb 001 0 eng d
020 1598290452 (electronic bk.)
020 9781598290455 (electronic bk.)
024 7 10.2200/S00061ED1V01Y200707IVM010|2doi
035 (OCoLC)141384555
035 171181957(OCLC)
035 (CaBNvSL)gtp00531484
040 CaBNvSL|beng|cCaBNvSL|dCaBNvSL
049 FNNN
050 4 TK5105.2|b.Z43 2007
100 1 Zhai, Fan,|d1974-
245 10 Joint source-channel video transmission /|cFan Zhai,
Aggelos Katsaggelos.
250 First edition.
264 1 San Rafael, Calif. (1537 Fourth Street, San Rafael, CA
94901 USA) :|bMorgan & Claypool Publishers,|c[2007]
264 4 |cİ2007
300 1 electronic document (xii, 136 pages) :|bdigital file.
336 text|btxt|2rdacontent
337 computer|bc|2rdamedia
338 online resource|bcr|2rdacarrier
490 1 Synthesis lectures on image, video, and multimedia
processing ;|v#10.
500 Part of: Synthesis digital library of engineering and
computer science.
500 Series from website.
500 Title from PDF t.p. (viewed on Oct. 10, 2008).
504 Includes bibliographical references (pages 121-133) and
index.
505 0 Introduction -- Elements of a video communication system -
- Joint source-channel coding -- Error-resilient video
coding -- Channel modeling and channel coding -- Internet
video transmission -- Wireless video transmission --
Conclusions.
506 Abstract freely available; full-text restricted to
subscribers or individual document purchasers.
506 Available to subscribers only.
506 Access may be restricted to authorized users only.
506 Unlimited user license access
510 0 Compendex.
510 0 Google book search.
510 0 INSPEC.
510 0 Google scholar.
520 0 This book deals with the problem of joint source-channel
video transmission, i.e., the joint optimal allocation of
resources at the application layer and the other network
layers, such as data rate adaptation, channel coding,
power adaptation in wireless networks, quality of service
(QoS) support from the network, and packet scheduling, for
efficient video transmission. Real-time video
communication applications, such as videoconferencing,
video telephony, and on-demand video streaming, have
gained increased popularity. However, a key problem in
video transmission over the existing Internet and wireless
networks is the incompatibility between the nature of the
network conditions and the QoS requirements (in terms, for
example, of bandwidth, delay, and packet loss) of real-
time video applications. To deal with this incompatibility,
a natural approach is to adapt the end-system to the
network. The joint source-channel coding approach aims to
efficiently perform content-aware cross-layer resource
allocation, thus increasing the communication efficiency
of multiple network layers. Our purpose in this book is to
review the basic elements of the state-of-the-art
approaches toward joint source-channel video transmission
for wired and wireless systems. In this book, we present a
general resource-distortion optimization framework, which
is used throughout the book to guide our discussions on
various techniques of joint source-channel video
transmission. In this framework, network resources from
multiple layers are assigned to each video packet
according to its level of importance. It provides not only
an optimization benchmark against which the performance of
other sub-optimal systems can be evaluated, but also a
useful tool for assessing the effectiveness of different
error control components in practical system design. This
book is therefore written to be accessible to researchers,
expert industrial R engineers, and university students who
are interested in the cutting edge technologies in joint
source-channel video transmission.
538 Mode of access: World Wide Web.
538 System requirements: PDF reader.
650 0 Coding theory.
650 0 Computer network protocols.
650 0 Data transmission systems.
650 0 Image transmission.
650 0 Streaming video.
650 0 Video compression.
690 Video processing.
690 Video transmission.
690 Joint source-channel coding.
690 Resource allocation.
690 Error.
690 Resilience.
690 Unequal error protection (UEP)
690 Error control.
690 Quality of service (qos)
690 Multimedia.
690 Streaming.
690 Cross-layer optimization.
690 Content-aware video transmission.
700 1 Katsaggelos, Aggelos Konstantinos,|d1956-
730 0 Synthesis digital library of engineering and computer
science.
830 0 Synthesis lectures on image, video, and multimedia
processing ;|v#10.
856 40 |zAvailable via SpringerLink; click here for access<br><
img class="wb_perm_icon" src="/screens/wb_cond_9.gif"
alt="Local access for all registered users. Remote access
only for NSU.">|uhttps://sherman.library.nova.edu/auth/
index.php?aid=591&url=http://dx.doi.org/10.2200/
S00061ED1V01Y200707IVM010
948 MARCIVE Processed 2014
948 abg
948 jlee1 04/22 oclc worldcat holding update
948 jlee1 05/23 updated 856 field due to platform change to
SpringerLink
