Streaming movies over the Internet has become increasingly popular in recent years as an alternative to mailing DVDs to a customer. In this paper we investigate the environmental- and energy-related impacts of these two methods of movie content delivery. We compare the total energy consumed and the carbon footprint impact of these two delivery methods and find that the non-energy optimized streaming of a movie through the Internet consumes approximately 78 % of the energy needed to ship a movie, but has a carbon footprint that is approximately 100 % higher. However, by taking advantage of recently proposed “greening of IT ” techniques in the research literature for the serving and transmission of the movie, we find that the energy consumpti...
In recent years, the global use of online video services has increased rapidly. Today, a manifold of...
Information and communication technologies (ICT) need significant quantities of resources and energy...
Seetharam et al. in [1] provide a carbon footprint analysis for a DVD shipping service com-pared to ...
Through measurements on our testbed, we show how users of Netflix could make energy savings of up to...
International audienceIPCC conclusions are unequivocal: we must divide our greenhouse gas emissions ...
Allowing digital video users to make choices of picture size and codec would significantly reduce en...
The massive increase in Internet data traffic caused by video streaming applications has quickly rai...
International audienceThis paper highlights the current trends and the necessary research directions...
This report delves into the pressing concern of the environmental sustainability of technology in th...
This group of articles, which arose from a panel planned for the 2020 annual meeting of members of t...
While the traditional roles of the computer as a machine for scientific calculations, text editing, ...
We propose an end-to-end approach to describe the energy usage of video delivery within a content de...
The purpose is to analyse and explain factors determining whether conventional trade with stores or ...
We propose an end-to-end approach to describe the energy usage of video delivery within a content de...
This study examines and compares the environmental footprint of video game distribution on last gene...
In recent years, the global use of online video services has increased rapidly. Today, a manifold of...
Information and communication technologies (ICT) need significant quantities of resources and energy...
Seetharam et al. in [1] provide a carbon footprint analysis for a DVD shipping service com-pared to ...
Through measurements on our testbed, we show how users of Netflix could make energy savings of up to...
International audienceIPCC conclusions are unequivocal: we must divide our greenhouse gas emissions ...
Allowing digital video users to make choices of picture size and codec would significantly reduce en...
The massive increase in Internet data traffic caused by video streaming applications has quickly rai...
International audienceThis paper highlights the current trends and the necessary research directions...
This report delves into the pressing concern of the environmental sustainability of technology in th...
This group of articles, which arose from a panel planned for the 2020 annual meeting of members of t...
While the traditional roles of the computer as a machine for scientific calculations, text editing, ...
We propose an end-to-end approach to describe the energy usage of video delivery within a content de...
The purpose is to analyse and explain factors determining whether conventional trade with stores or ...
We propose an end-to-end approach to describe the energy usage of video delivery within a content de...
This study examines and compares the environmental footprint of video game distribution on last gene...
In recent years, the global use of online video services has increased rapidly. Today, a manifold of...
Information and communication technologies (ICT) need significant quantities of resources and energy...
Seetharam et al. in [1] provide a carbon footprint analysis for a DVD shipping service com-pared to ...