Add to ORKGConsidering the increased demand of live streaming services, in this paper, we present a novel video transmission way that maximizes the quality when the communication bandwidth is limited. Based on the HTTP live streaming (HLS) protocol, the proposed segment-level interpolation allows to generate the quality-aware sequence without increasing the storage demands of media server, but reducing the amount of unused bandwidth. Simulation results show that the proposed approach drastically enhances the quality of HLS-based services by utilizing bandwidth up to 102.67% compared to the conventional solution.1
Video streaming takes the lion's share of network bandwidth, with a trend that will likely increase ...
Bachelor's Thesis at TU Berlin's Telecommunication Networks Group headed by Prof. Adam Wolisz. Abst...
Video streaming is widely recognized as the next Internet killer application. It was not one of the ...
In this work, we propose a cooperative server-client HTTP adaptive streaming system to provide a hig...
Abstract—Nowadays, several live and on-demand streaming solutions use HTTP for signaling and data de...
Over the last years, streaming of multimedia content has become more prominent than ever. To meet in...
International audienceVideo streaming over Hypertext Transfer Protocol (HTTP) is highly dominant due...
Video streaming has gone a long way from its early years in the 90’s. Today, the prevailing techniqu...
HTTP Adaptive Streaming (HAS) is becoming the de-facto standard for Over-The-Top video streaming ser...
HTTP Adaptive Streaming (HAS) has several advantages compared to traditional streaming protocols, su...
In HTTP Adaptive Streaming, video content is temporally divided into multiple segments, each encoded...
Abstract This paper proposes and evaluates a novel algorithm for streaming video over HTTP. The pro...
Abstract One of the main challenges in video transmission is understanding and adapting to the varyi...
Abstract—We study the uplink delivery of live video using adaptive HTTP streaming (AHS). In AHS, the...
International audienceVideo streaming over Hypertext Transfer Protocol (HTTP) is highly dominant due...
Video streaming takes the lion's share of network bandwidth, with a trend that will likely increase ...
Bachelor's Thesis at TU Berlin's Telecommunication Networks Group headed by Prof. Adam Wolisz. Abst...
Video streaming is widely recognized as the next Internet killer application. It was not one of the ...
In this work, we propose a cooperative server-client HTTP adaptive streaming system to provide a hig...
Abstract—Nowadays, several live and on-demand streaming solutions use HTTP for signaling and data de...
Over the last years, streaming of multimedia content has become more prominent than ever. To meet in...
International audienceVideo streaming over Hypertext Transfer Protocol (HTTP) is highly dominant due...
Video streaming has gone a long way from its early years in the 90’s. Today, the prevailing techniqu...
HTTP Adaptive Streaming (HAS) is becoming the de-facto standard for Over-The-Top video streaming ser...
HTTP Adaptive Streaming (HAS) has several advantages compared to traditional streaming protocols, su...
In HTTP Adaptive Streaming, video content is temporally divided into multiple segments, each encoded...
Abstract This paper proposes and evaluates a novel algorithm for streaming video over HTTP. The pro...
Abstract One of the main challenges in video transmission is understanding and adapting to the varyi...
Abstract—We study the uplink delivery of live video using adaptive HTTP streaming (AHS). In AHS, the...
International audienceVideo streaming over Hypertext Transfer Protocol (HTTP) is highly dominant due...
Video streaming takes the lion's share of network bandwidth, with a trend that will likely increase ...
Bachelor's Thesis at TU Berlin's Telecommunication Networks Group headed by Prof. Adam Wolisz. Abst...
Video streaming is widely recognized as the next Internet killer application. It was not one of the ...