This paper presents a formal study on channelized bandwidth resource provisioning for multi-rate and multi-session video broadcast in a broadband wireless network with heterogeneous users. The formulation is generic in that it considers both inter-session and intra-session wireless resource allocation. It also takes into account the most fundamental issues associated with video transmission including encoding complexity, transport overhead, non-linear relationship between the receiver perceived video quality and the delivered bandwidth, and intra- and inter-session fairness. In addition, we derive an optimal allocation scheme to manage the scarce wireless resources
[[abstract]]In this paper, we propose a scalable transport scheme for delivering on-demand video str...
Recent advances in several key areas such as video coding, wireless radio and silicon technologies h...
Multi-user video streaming over wireless channels is a challenging problem, where the demand for bet...
This paper presents a formal study on the optimal bandwidth partitioning for multi-rate video broadc...
For video broadcasting applications in a wireless environment, layered transmission is an effective ...
For video broadcasting applications in a wireless environment, layered transmission is an effective ...
In this paper, we address the problem of QoS (Quality of Service) provisioning for multi-user video ...
Due to the scarcity of wireless resources, efficient resource allocation is essential to the success...
Part 2: NOC and NetworksInternational audienceThe rapid development of wireless networks makes it mo...
The emergence of 3G and 4G wireless networks brings with it the possibility of streaming high qualit...
Due to the scarcity of wireless resources, efficient resource allocation is essential to the success...
Video streaming over next generations of mobile networks has undergone enormous development recently...
Abstract—Demand for multimedia services, such as video streaming over wireless networks, has grown d...
Contemporary wireless devices integrate multiple networking technologies, such as cellular, WiMax an...
This dissertation proposes both coding schemes and system design strategies for video wireless commu...
[[abstract]]In this paper, we propose a scalable transport scheme for delivering on-demand video str...
Recent advances in several key areas such as video coding, wireless radio and silicon technologies h...
Multi-user video streaming over wireless channels is a challenging problem, where the demand for bet...
This paper presents a formal study on the optimal bandwidth partitioning for multi-rate video broadc...
For video broadcasting applications in a wireless environment, layered transmission is an effective ...
For video broadcasting applications in a wireless environment, layered transmission is an effective ...
In this paper, we address the problem of QoS (Quality of Service) provisioning for multi-user video ...
Due to the scarcity of wireless resources, efficient resource allocation is essential to the success...
Part 2: NOC and NetworksInternational audienceThe rapid development of wireless networks makes it mo...
The emergence of 3G and 4G wireless networks brings with it the possibility of streaming high qualit...
Due to the scarcity of wireless resources, efficient resource allocation is essential to the success...
Video streaming over next generations of mobile networks has undergone enormous development recently...
Abstract—Demand for multimedia services, such as video streaming over wireless networks, has grown d...
Contemporary wireless devices integrate multiple networking technologies, such as cellular, WiMax an...
This dissertation proposes both coding schemes and system design strategies for video wireless commu...
[[abstract]]In this paper, we propose a scalable transport scheme for delivering on-demand video str...
Recent advances in several key areas such as video coding, wireless radio and silicon technologies h...
Multi-user video streaming over wireless channels is a challenging problem, where the demand for bet...