[[abstract]]Mobile computers typically have limited energy for computing and communications due to short battery lifetimes. Encoding, decoding, and transmission of video information require significant computing and communication resources. Low power encoding and decoding schemes have been researched extensively. In this paper, we focus on processing encoded video for transmission under low battery power conditions. Such processing, while conserving battery power, attempts to reduce deterioration of video quality.[[fileno]]2030228030004[[department]]資訊工程學
Digital Object Identifier 10.1109/TCSVT.2008.918802Portable video communication devices operate on ...
Abstract — Batteries have not followed the exponential techno-logical improvements of other mobile d...
Energy conservation in battery powered mobile devices that perform wireless multimedia streaming has...
Video applications using mobile wireless devices are a challenging task due to the limited capacity...
Abstract—Portable video communication devices operate on batteries with limited energy supply. Howev...
Abstract—Real-time encoding and error-resilient wireless transmission of multimedia content using tr...
This paper gives an overview of low-power techniques proposed in the literature for mobile multimedi...
Due to the development of mobile technology and wide availability of smartphones, the Internet of Th...
Video applications on mobile handheld devices are very challenging mainly due to the complex computa...
As throughput of wireless technologies had improved rapidly over the last decade, handheld devices b...
In this paper, we develop a new framework to save the data processing energy and extend the operatio...
As mobile devices are becoming more compact and powerful and as they start to be increasingly used f...
Nowadays, mobile systems can be used as a video stream transmitter as well as receiver. That is, mob...
Abstract — Over the last number of years, smart mobile devices have been rapidly replacing computers...
Battery acts like a soul for mobile phones. It provides energy to the mobile phones. As long as the ...
Digital Object Identifier 10.1109/TCSVT.2008.918802Portable video communication devices operate on ...
Abstract — Batteries have not followed the exponential techno-logical improvements of other mobile d...
Energy conservation in battery powered mobile devices that perform wireless multimedia streaming has...
Video applications using mobile wireless devices are a challenging task due to the limited capacity...
Abstract—Portable video communication devices operate on batteries with limited energy supply. Howev...
Abstract—Real-time encoding and error-resilient wireless transmission of multimedia content using tr...
This paper gives an overview of low-power techniques proposed in the literature for mobile multimedi...
Due to the development of mobile technology and wide availability of smartphones, the Internet of Th...
Video applications on mobile handheld devices are very challenging mainly due to the complex computa...
As throughput of wireless technologies had improved rapidly over the last decade, handheld devices b...
In this paper, we develop a new framework to save the data processing energy and extend the operatio...
As mobile devices are becoming more compact and powerful and as they start to be increasingly used f...
Nowadays, mobile systems can be used as a video stream transmitter as well as receiver. That is, mob...
Abstract — Over the last number of years, smart mobile devices have been rapidly replacing computers...
Battery acts like a soul for mobile phones. It provides energy to the mobile phones. As long as the ...
Digital Object Identifier 10.1109/TCSVT.2008.918802Portable video communication devices operate on ...
Abstract — Batteries have not followed the exponential techno-logical improvements of other mobile d...
Energy conservation in battery powered mobile devices that perform wireless multimedia streaming has...