This paper suggests a power and bandwidth efficient resource allocation approach for mobile networks based on consumer's perception of 3D video. We simulate a mobile 3D video transmission through which we identify the correlation between receiver's signal-to-noise ratio and perceived quality. Our QoE-based approach is shown to save up to 33.13% in power and grant up to 50% more data bits for transmission, compared to QoS-based techniques. © 2014 IEEE
A framework that aims to best utilize the mobile network resources for video applications is present...
Part 6: Poster PapersInternational audienceMultimedia streams have increased dramatically over the w...
As 3D video becomes more and more prevalent in recent years, supporting the quality of wireless 3D v...
This paper suggests a power and bandwidth efficient resource allocation approach for mobile networks...
With the development of mobile network and 3D display technology, watching 3D videos on portable dev...
Copyright © 2014 Young-uk Chung et al. This is an open access article distributed under the Creative...
Ranging from traditional video streaming to Virtual Reality (VR) videos, the demand for video applic...
Three dimensional (3D) videos are the next natural step in the evolution of digital media technologi...
Three-dimensional (3D) video is expected to be a “killer app” for OFDMA-based broadband wireless sys...
Ranging from traditional video streaming to Virtual Reality (VR) videos, the demand for video applic...
Demand on multimedia content by consumers' handheld devices over wireless channels is on the increas...
Due to the increasing demand for 3D video transmission over wireless networks, managing the quality ...
The deployment of 3-D image techniques is one of the most promising fields among the development of ...
The deployment of 3-D image techniques is one of the most promising fields among the development of ...
A power and bandwidth efficient resource allocation approach considering consumer's Quality of Exper...
A framework that aims to best utilize the mobile network resources for video applications is present...
Part 6: Poster PapersInternational audienceMultimedia streams have increased dramatically over the w...
As 3D video becomes more and more prevalent in recent years, supporting the quality of wireless 3D v...
This paper suggests a power and bandwidth efficient resource allocation approach for mobile networks...
With the development of mobile network and 3D display technology, watching 3D videos on portable dev...
Copyright © 2014 Young-uk Chung et al. This is an open access article distributed under the Creative...
Ranging from traditional video streaming to Virtual Reality (VR) videos, the demand for video applic...
Three dimensional (3D) videos are the next natural step in the evolution of digital media technologi...
Three-dimensional (3D) video is expected to be a “killer app” for OFDMA-based broadband wireless sys...
Ranging from traditional video streaming to Virtual Reality (VR) videos, the demand for video applic...
Demand on multimedia content by consumers' handheld devices over wireless channels is on the increas...
Due to the increasing demand for 3D video transmission over wireless networks, managing the quality ...
The deployment of 3-D image techniques is one of the most promising fields among the development of ...
The deployment of 3-D image techniques is one of the most promising fields among the development of ...
A power and bandwidth efficient resource allocation approach considering consumer's Quality of Exper...
A framework that aims to best utilize the mobile network resources for video applications is present...
Part 6: Poster PapersInternational audienceMultimedia streams have increased dramatically over the w...
As 3D video becomes more and more prevalent in recent years, supporting the quality of wireless 3D v...