1
| D.WG1-01
| Standardized glossary of terms
| Technical Report
| This document will contain a dictionary of common terms and phrases used in the Focus Group's deliverables that will help readers to have common definitions and frames of reference.
| Completed
Download the report here
[Word | PDF]
| Malcolm Mason,
Sure International
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2
| D.WG1-02
| Solution scorecard for eco-friendly business processes and environmental behavioral influencers
| Technical Report
| This technical report will provide tools (solution scorecards) for organizations to perform an impact assessment aimed at quantifying the environmental impact of the work they conduct.
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The first section will cover eco-friendly business processes, and will offer a rating system for organizations to self-assess the positive and negative impact they are creating, as well as guidelines on finding more environmentally friendly practices as substitutes for a business process/function.
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The second section will explore environmental behavioural influencers, and propose a scoring/scorecard system for measuring the positive impact organizations have created (internally and/or externally) on individuals who have incorporated more eco-friendly behaviours and practices in their regular activities.
| Completed
Download the report here
[Word | PDF]
|
Matthew Edgerton, Accenture
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4
| D.WG1-04
| List of KPIs/metrics for SMEs to assess the achievement of sustainable development goals
| Technical Specification
| This document outlines a set of key performance indicators (KPIs) and metrics for smart, sustainable small and medium enterprises (SMEs) to assess the achievement of sustainable development goals (SDGs). Evaluating these indicators can help SMEs understand to what extent their economic activity is sustainable. There are currently many ecological reporting frameworks for large enterprises, but they are ill-suited for SMEs. SMEs are encouraged to periodically check their performances against the recommended indicators listed in document to improve their sustainability.
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Completed
Download the report here
[Word |
PDF]
| Annik Magerholm Fet,
Norwegian University of Science & Technology
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5
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D.WG1-05
| Reporting templates on artificial intelligence, augmented reality and machine learning
| Technical Specification
| This document will generate a set of standard reporting templates/dashboards to visualize data produced from technology solutions such as AI, Augmented Reality (AR) and ML, that employ defined eco-friendly practices. This document will aim to display the results gained from D.WG1-04 in an instinctive way. The graphical interface will share a design language with D.WG1-09 and results may be used in D.WG1-10 and D.WG1-11.
| Completed
Download the report here
[Word | PDF]
|
Annik Magerholm Fet,
Norwegian University of Science & Technology
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6
| D.WG1-06
| Neutral navigational matrix for AI driven technologies for smart sustainable cities
| Technical Specification
| This document will contain a set of high-level impact matrix that supports policymakers, operators and other relevant stakeholders in assessing the implication of different AI and blockchain solutions. The objective of the matrix is to provide:
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The necessary tools for relevant stakeholders to determine the AI and blockchain solutions with the highest impacts, allowing them to prioritize solutions and design possibilities that are aligned closest to the values of the Sustainable Development Goals;
- The necessary tools for relevant stakeholders to determine the AI and blockchain solutions with the highest impacts, allowing them to prioritize solutions and design possibilities necessary to improve the environmental performance of AI and blockchain.
| Completed
Download the report here
[Word | PDF | Excel]
| Barbara Kolm, Austrian Economics Center
|
8
| D.WG1-08
| Driving AI-IoT design towards the UN Sustainable Development Goals (SDGs)
| Technical Report
| This document is intended to raise awareness about the need for a
comprehensive approach to AI-IoT product/service
design capable of integrating and harmonizing environmental, social, and economic dimensions of sustainability. It highlights current barriers and future risks for the achievement of sustainability targets that stem from common single-path approaches. The document provides recommendations for future work on how best to embed all three sustainability requirements into the design process of AI-IoT services/products.
Although this document focuses on the design of AI and IoT systems, our discussion applies to digital technologies more broadly. It aims to highlight:
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Current barriers to a comprehensive approach to AI-IoT sustainability, the risks of pursuing single-path approaches, and the need for a multi-dimensional approach during the technical design of new solutions.
- Elements that can facilitate the above, such an integration at design, including an outline of future work for recommendations.
| Completed
Download the report here
[Word | PDF]
| Daniela Tulone, ecoSurge
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9
|
D.WG1-09
| A method for Intuitive Human interaction with data model (ML & AI etc.)
| Technical Report
| This document provides
a method for connecting complex data, machine learning (ML) and artificial intelligence (AI), into a system-level solution designed for humans, allowing communication between man and machine, and thereby cultivating mutual enhancement.
| Completed
Download the report here
[Word |
PDF]
| Joel Alexander Mills, & Pierre Major, AugmentCity
|
10
| D.WG1-10
| Guidelines on the Use of Digital Twin of Cities and Communities for Better Climate Mitigation Solutions
| Technical Report
| This document provides guidelines on how to use the United Nations 'United for Smart Sustainable Cities (U4SSC) KPI system [ITU-T Y.4903] in a digital twin city or community, to identify high impact climate change mitigation solutions. This Technical Report includes a set of use cases showing examples of projects where emerging technologies, such as machine learning (ML), augmented reality (AR) and artificial intelligence (AI) have been or could be used to reduce the negative impact of climate change in cities and communities. It lists a set of online videos and testimonials to illustrate those examples.
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Completed
Download the report here
[Word | PDF]
| Joel Alexander Mills, & Pierre Major, AugmentCity
|
11
| D.WG1-11
| Best practices for Graphical Digital Twins of Smart Cities
| Technical Report
| This example-based report focuses on how emerging technology solutions can best address environmental issues within cities, with a spotlight on graphical digital twins solutions. The data used is based on information gained from the United Nations ''United for Smart Sustainable Cities” (U4SSC) reports. The focus is on comparing results from different cities and looking at the areas where cities gained low results. What are the emerging technologies that could improve these results? How should the data be structured to improve results?
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Completed
Download the report
[Word | PDF]
| Joel Alexander Mills, & Pierre Major, AugmentCity
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