Internet’s handprint

Anders S.G. Andrae
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引用次数: 2

Abstract

In this decade there will an unprecedented growth of generated data, computations, instructions, and operations. This growth may not compromise clean air, clean water and a sustainable energy and material usage, but rather facilitate these prerequisites for flora and fauna. There are many indications (expected trends and estimates) showing that the Internet Sector will be able to provide solutions to other Sectors such as Buildings, Transportation and Industry which will help reduce the total global consumption of energy and materials. For instance, products are replaced by virtual services e.g. by using e-readers instead of paperbacks, and transportation is avoided by online shopping or Internet meetings. This is more resource and energy efficient than before and entire sectors, like transport, industry, and agriculture can be optimized. Internet may foster new sustainable lifestyles which can lower the affluence despite certain rebound effects. The underlying idea is that e.g. human-related global greenhouse gas (GHG) supply can be significantly halted if existing and developing ICT Solutions are used in other sectors (and in the Internet infrastructure itself) to cause a handprint. Such solutions include products-sold-as-services, smart Grid and smart metering. Compared to earlier approaches, the 2020 transformative effects on smart work, land use and smart circularity are included in the discussion, as well as consequential LCA modelling. Internet’s handprint will be 4-7 times its footprint in 2030. The handprint is highly dependent e.g. on how large share of the buildings can adopt smart metering and the product to service rate. Internet will in itself use intelligent ICT solutions as well as neuromorphic, reversible and superconducting computing as well as nanophotonics to mitigate its own material and energy use. However, more importantly the intelligent ICT solutions should be used in the rest of the society to reach efficiency goals. Power saving is a highly efficient strategy for cost reduction in the Internet Sector itself and beyond.
互联网的手印
在这十年中,生成的数据、计算、指令和操作将出现前所未有的增长。这种增长可能不会损害清洁的空气、清洁的水以及可持续的能源和材料使用,而是促进动植物的这些先决条件。有许多迹象(预期的趋势和估计)表明,互联网部门将能够为其他部门(如建筑、交通和工业)提供解决方案,这将有助于减少全球能源和材料的总消耗。例如,产品被虚拟服务取代,例如用电子阅读器代替平装书,网上购物或网上会议避免了运输。这比以前更节约资源和能源,整个部门,如交通、工业和农业都可以得到优化。互联网可以培育新的可持续的生活方式,尽管有一定的反弹效应,但可以降低富裕程度。其基本思想是,如果现有的和正在开发的ICT解决方案在其他部门(以及互联网基础设施本身)中使用,从而产生手印,则可以显著停止与人类有关的全球温室气体(GHG)供应。这些解决方案包括产品即服务销售、智能电网和智能计量。与之前的方法相比,2020年对智能工作、土地使用和智能循环的变革影响也包括在讨论中,以及相应的LCA建模。到2030年,互联网的足迹将是其足迹的4-7倍。手印是高度依赖的,例如,有多大比例的建筑物可以采用智能电表和产品服务比率。互联网本身将使用智能ICT解决方案、神经形态、可逆和超导计算以及纳米光子学来减少自身的材料和能源使用。然而,更重要的是,智能ICT解决方案应该在社会其他领域使用,以实现效率目标。节能是降低互联网行业自身及其他领域成本的一种高效策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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