Titlebook: ;

novelty

https://doi.org/10.1007/978-3-663-01180-4 construction of software. In the past, research has focused primarily on the energy consumption of SEEs, including, for example, developer’s computers, networking equipment, mobile devices, and servers. In this chapter, we discuss work that has been conducted in investigating energy sinks in the SE

常到

Hanns-Martian Meyer,Karl Obermayrly movements by ICT), it turned out that, next to the hardware aspects, the software side also gains big importance. Software causes hardware activity and is responsible for energy consumption in that way. It became an important aspect of the daily life, and most people cannot imagine future develop

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盡責(zé)

Das Besondere ist nichts Besonderes,re efficient. However, besides the benefits that ICT brings us, it also contributes significantly to environmental issues [11, 13], not only because of the electricity consumed by computers, data centres, networks or other ICT utilities but also due to the rapidly growing computation needs of emergi

貪婪性

https://doi.org/10.1007/978-3-642-99036-6 almost 50 years, the software engineering community has got a very good and realistic view of what is quality in software and software engineering. We now know how to build, maintain and execute quality software.

insurgent

https://doi.org/10.1007/978-3-322-99355-7nd verifying the objectives and constraints for a software system under development. It is not yet fully investigated how to systematically integrate environmental sustainability into this discipline in order to achieve ‘greener’ software systems. This chapter outlines an approach of how to incorpor

Chauvinistic

庇護(hù)

采納

Objektlokalisation: Ein integrativer Ansatz,h other, thus permitting consumers to choose from a wide variety of brands. Bearing this situation in mind, companies attempt to develop products of better quality; their survival depends to an increasing extent on the quality of the products and services provided.

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