论文标题

Carbontag:一种基于浏览器的方法,用于近似于在线广告的能源消耗

CarbonTag: A Browser-Based Method for Approximating Energy Consumption of Online Ads

论文作者

Cabañas, José González, Callejo, Patricia, Cuevas, Rubén, Svatberg, Steffen, Torjesen, Tommy, Cuevas, Ángel, Pastor, Antonio, Kotila, Mikko

论文摘要

今天的能源是最关键的环境挑战。能源的生产和消费都会显着影响导致气候变化的碳排放量。衡量和减少服务能源消耗是减少碳排放引起的不利环境影响的关键一步。数以百万计的网站依靠在线广告来产生收入,大多数网站都从广告中获得了大部分或全部收入。结果,每天将数百十亿个在线广告交付给互联网用户,以在其浏览器中渲染。每个广告的交付和渲染都消耗能量。这项研究调查了在线广告在渲染过程中使用多少能源广告,并提供了一种将其作为渲染广告的一部分进行预测的方法。据作者所知,这是第一个计算渲染过程中单个广告能量使用的研究。我们的研究进一步介绍了可以根据能源效率对在线广告进行分类的不同水平的消费。这种分类将使广告商能够增加能源效率指标,并优化广告系列以减少可能的消费。

Energy is today the most critical environmental challenge. The amount of carbon emissions contributing to climate change is significantly influenced by both the production and consumption of energy. Measuring and reducing the energy consumption of services is a crucial step toward reducing adverse environmental effects caused by carbon emissions. Millions of websites rely on online advertisements to generate revenue, with most websites earning most or all of their revenues from ads. As a result, hundreds of billions of online ads are delivered daily to internet users to be rendered in their browsers. Both the delivery and rendering of each ad consume energy. This study investigates how much energy online ads use in the rendering process and offers a way for predicting it as part of rendering the ad. To the best of the authors' knowledge, this is the first study to calculate the energy usage of single advertisements in the rendering process. Our research further introduces different levels of consumption by which online ads can be classified based on energy efficiency. This classification will allow advertisers to add energy efficiency metrics and optimize campaigns towards consuming less possible.

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