Advanced Video Communications over Wireless Networks
General Material Designation
[Book]
First Statement of Responsibility
Ce Zhu
EDITION STATEMENT
Edition Statement
1st ed
.PUBLICATION, DISTRIBUTION, ETC
Name of Publisher, Distributor, etc.
Boca Raton CRC Press
Date of Publication, Distribution, etc.
2016
PHYSICAL DESCRIPTION
Specific Material Designation and Extent of Item
1(507 Seiten)
CONTENTS NOTE
Text of Note
Fundamentals of Mobile and Wireless Video CommunicationsFundamentals of video codingState-of-the-art video codingMultiple description codingDistributed video codingEnergy management of video codingPower constraint video codingR-D analysis and modelingRelationship between power consumption and R-D performanceRate control for wireless video communicationIntroduction of wireless/mobile networksNetwork coding for video communicationsJoint source network codingGame theoretic models for video communicationsWireless Video Communications: When Video Coding Meets Mobile and Wireless NetworksMultiple access for wireless videoNetwork-adaptive video communicationsVideo adaption for wireless communicationsVideo streaming over cognitive radio networksWireless P2P video streamingWireless video protocols and standardsRetransmission techniques for wireless video communicationsCongestion control and traffic engineering for wireless video communicationsCross-layer design and optimization techniques for wireless video communicationsNetwork technologies for emerging broadband multimedia servicesCloud/Grid-based content management and deliveryMultimedia in femtocellsDistributed multimedia networkingGreen multimedia networkingMultimedia over future networksQuality-of-Experience in Mobile and Wireless Video CommunicationsMetrics of Quality-of-ExperienceModeling of Quality-of-Experience in mobile and wireless video communicationsSubjective testing methodologies of Quality-of-ExperienceQuality-of-Experience support for video delivery over mobile and wireless networksQuality-of-Experience based resource managementQuality-of-Experience feedbackQuality-of-Experience versus Quality-of-Service
SUMMARY OR ABSTRACT
Text of Note
Fundamentals of Mobile and Wireless Video CommunicationsFundamentals of video codingState-of-the-art video codingMultiple description codingDistributed video codingEnergy management of video codingPower constraint video codingR-D analysis and modelingRelationship between power consumption and R-D performanceRate control for wireless video communicationIntroduction of wireless/mobile networksNetwork coding for video communicationsJoint source network codingGame theoretic models for video communicationsWireless Video Communications: When Video Coding Meets Mobile and Wireless NetworksMultiple access for wireless videoNetwork-adaptive video communicationsVideo adaption for wireless communicationsVideo streaming over cognitive radio networksWireless P2P video streamingWireless video protocols and standardsRetransmission techniques for wireless video communicationsCongestion control and traffic engineering for wireless video communicationsCross-layer design and optimization techniques for wireless video communicationsNetwork technologies for emerging broadband multimedia servicesCloud/Grid-based content management and deliveryMultimedia in femtocellsDistributed multimedia networkingGreen multimedia networkingMultimedia over future networksQuality-of-Experience in Mobile and Wireless Video CommunicationsMetrics of Quality-of-ExperienceModeling of Quality-of-Experience in mobile and wireless video communicationsSubjective testing methodologies of Quality-of-ExperienceQuality-of-Experience support for video delivery over mobile and wireless networksQuality-of-Experience based resource managementQuality-of-Experience feedbackQuality-of-Experience versus Quality-of-Service.