Energy Usage in the Scope of ICT: Categories and Impacts

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TABLE OF CONTENTS.
1 Task A
1 .1introduction...................................................................................................................1.1
1.2 User engagement...................................................................................................................1.2
1.3 Energy Usage in the scope of ICT.........................................................................................1.3
1.4 categories of energy usage.....................................................................................................1.4
1.4.4 Memorisor Based computation-in-Memory Architecture for Data-insensitive Applications 1.4.4
1.4.5 Communication Technology...............................................................................................1.4.5
1.4.6 Network Protection transition from software to hardware.............................................1.4.6
2 Task B
1 Report on GPM Observation.
1.1 Executive summary........................................................................................................1.1
1.2 Report...............................................................................................................................1.2
2 functional requirements......................................................................................................2.0
2.1 summary and use-case diagram..................................................................................2.1
2.2 Data requirements........................................................................................................2.2
2.2.1 Billing cycle.......................................................................................................................2.2.1
2.2.2 Messages..........................................................................................................................2.2.1
2.2.3 Reports.............................................................................................................................2.2.3
2.2.4 Appendix...........................................................................................................................2.2.4
3 Task C
3.1 overview...............................................................................................................................3.1
3.2 payback period for recommendation actions.................................................................3.2
4 Task D.
4.1 Evaluation of Carbon dioxide (CO2) emission for GPMC project..............................4.1
4.2 Estimates of implementation costs on integration of sustainability for other ICT projects
4.3 Estimated CO2 emission with comparable benchmarks for Global Personal Marketplace..4.2
4.4 Recommendations for Global Personal MarketPlace.
5 References.

Energy Usage in the scope of ICT.
1 Task A.
1.1 Introduction
Drawing from Van Heddeghem, Lambert, Lannoo, Colle, Pickavet & Demeester. 2014,Energy efficiency
and sustainability inventiveness have a huge range of possible results in energy, cost and other
parameters. The bearing of ICT and its related substructure, a synchronized tactic to this growth of
energy metrics for ICT paraphernalia is encouraged for a great deal by various multinationals.
1.2 User engagement.
Local user commitment and well-organized partnership with project cohorts all over the whole life cycle
of energy efficacy measures are very essential to realizing energy efficiency results.
1.3 Energy Usage in the Scope of ICT.
Kramers, Höjer, Lövehagen & Wangel. 2014 writes that In this times, computing has turned out to be a
very influential reserve in almost every sector for diverse reasons that includes processing and
automation and repossession of informationIt is projected that computing munches not less than 3% of
global electricity and the rate is rising progressively. These are well elaborated by Vereecken, Van
Heddeghem, Colle, Pickavet & Demeester, 2010, March.
1.4 These categories of energy usage include;
1.4.4 Memorisor Based computation-in-Memory Architecture for Data-insensitive Applications.
This is an energy consumption category that is on the rise trajectory significantly and it involves
computer applications and memory usage. Covering programming and application use by the computer
users themselves.
1.4.5 Communication Technology.
This is one that would take the largest share of the 3% of the energy consumption, it ranges from mobile
computing to the actual computing through laptops, pc, desktops and tablets and I-pads due to the fact
every person in the world is at least connected to two social networking platforms for communication
either for official use or social use.
1.4.6 Network Protection transition from software to hardware.
It is also contributing to the global statistics in the energy consumption significantly as security is always
a challenge regardless of the tremendous innovative measures for cyber security, this has seen the
coming up hardware security gadgets say things like biometrics, the face recognition that is really
integration of the hardware and software though more of hardware for security reasons.
Task B