Max Craglia
Biographic Data
| ID | 343597 |
|---|---|
| NAME | Max Craglia |
| GIVEN NAMES | Max |
| FAMILY NAME | Craglia |
| SIGNATURE | CRAGLIA M |
| AFFILIATIONS | Joint Research Centre |
| VERIFIED | No |
| TOTAL WORKS | 8 |
| TOTAL CITATIONS | 21 |
| AUTHOR COUNT | 8 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 1997 |
| LATEST PUBLICATION YEAR | 2022 |
| H-INDEX | 2 |
AI ethics and data governance in the geospatial domain of Digital Earth
Digital Earth applications provide a common ground for visualizing, simulating, and modeling real-world situations. The potential of Digital Earth applications has increased significantly with the evolution of artificial intelligence systems and the capacity to collect and process complex amounts of geospatial data. Yet, the widespread techno-optimism at the root of Digital Earth must now confront concerns over high-risk artificial intelligence s…
Emerging models of data governance in the age of datafication
The article examines four models of data governance emerging in the current platform society. While major attention is currently given to the dominant model of corporate platforms collecting and economically exploiting massive amounts of personal data, other actors, such as small businesses, public bodies and civic society, take also part in data governance. The article sheds light on four models emerging from the practices of these actors: data …
Spatial Data Infrastructures
Spatial data infrastructures are Internet‐based facilities that are used to search, find, access, and share location‐specific information and data. Almost every country in the world has embarked on the development of such infrastructures over the last 20 years to support improved environmental management, risk assessment, service delivery, and many other applications in the public and private sectors. The components and key challenges in building…
Spatial Data Infrastructures
Researcher-Led Development of E-Research in the Social Sciences
The introduction and use of information and communication technologies (ICT) in the process of research is extending beyond research management into research practice itself. This extension of the use of ICT in research is being termed as e-research. The characteristics of e-research are seen as the combination of three interrelated strands, which are: the increased computerization of the research process; research organized more predominantly in…
Situated Innovation of e-Social Science
This article explores the relationships between academic knowledge and the practice of research in the construction of new computer-supported research tools for e-social science. The article draws on a U.K. e-social science pilot demonstrator project, “Collaborative Analysis of Offenders’ Personal and Area-based Social Exclusion,” that explores the relative impact of individual and neighborhood effects on geographical crime patterns. Three main d…
Access to Public-Sector Information in Europe
The article reviews the debates and policies on access to public-sector information (PSI) in Europe in relation to the contests between policies of open access, rights of access to PSI by citizens and business, and the assessment of the cost benefits of PSI to the economy and society. The political dimension of these debates within the European Union is highlighted to demonstrate the complexities of the governance of information within a pan-Euro…
Urban development in Saudi Arabia
Emerging models of data governance in the age of datafication
The article examines four models of data governance emerging in the current platform society. While major attention is currently given to the dominant model of corporate platforms collecting and economically exploiting massive amounts of personal data, other actors, such as small businesses, public bodies and civic society, take also part in data governance. The article sheds light on four models emerging from the practices of these actors: data …
Situated Innovation of e-Social Science
This article explores the relationships between academic knowledge and the practice of research in the construction of new computer-supported research tools for e-social science. The article draws on a U.K. e-social science pilot demonstrator project, “Collaborative Analysis of Offenders’ Personal and Area-based Social Exclusion,” that explores the relative impact of individual and neighborhood effects on geographical crime patterns. Three main d…
AI ethics and data governance in the geospatial domain of Digital Earth
Digital Earth applications provide a common ground for visualizing, simulating, and modeling real-world situations. The potential of Digital Earth applications has increased significantly with the evolution of artificial intelligence systems and the capacity to collect and process complex amounts of geospatial data. Yet, the widespread techno-optimism at the root of Digital Earth must now confront concerns over high-risk artificial intelligence s…
Access to Public-Sector Information in Europe
The article reviews the debates and policies on access to public-sector information (PSI) in Europe in relation to the contests between policies of open access, rights of access to PSI by citizens and business, and the assessment of the cost benefits of PSI to the economy and society. The political dimension of these debates within the European Union is highlighted to demonstrate the complexities of the governance of information within a pan-Euro…
Urban development in Saudi Arabia
Access to Public-Sector Information in Europe
The article reviews the debates and policies on access to public-sector information (PSI) in Europe in relation to the contests between policies of open access, rights of access to PSI by citizens and business, and the assessment of the cost benefits of PSI to the economy and society. The political dimension of these debates within the European Union is highlighted to demonstrate the complexities of the governance of information within a pan-Euro…
Situated Innovation of e-Social Science
This article explores the relationships between academic knowledge and the practice of research in the construction of new computer-supported research tools for e-social science. The article draws on a U.K. e-social science pilot demonstrator project, “Collaborative Analysis of Offenders’ Personal and Area-based Social Exclusion,” that explores the relative impact of individual and neighborhood effects on geographical crime patterns. Three main d…
Researcher-Led Development of E-Research in the Social Sciences
The introduction and use of information and communication technologies (ICT) in the process of research is extending beyond research management into research practice itself. This extension of the use of ICT in research is being termed as e-research. The characteristics of e-research are seen as the combination of three interrelated strands, which are: the increased computerization of the research process; research organized more predominantly in…
Spatial Data Infrastructures
Spatial Data Infrastructures
Spatial data infrastructures are Internet‐based facilities that are used to search, find, access, and share location‐specific information and data. Almost every country in the world has embarked on the development of such infrastructures over the last 20 years to support improved environmental management, risk assessment, service delivery, and many other applications in the public and private sectors. The components and key challenges in building…
Emerging models of data governance in the age of datafication
The article examines four models of data governance emerging in the current platform society. While major attention is currently given to the dominant model of corporate platforms collecting and economically exploiting massive amounts of personal data, other actors, such as small businesses, public bodies and civic society, take also part in data governance. The article sheds light on four models emerging from the practices of these actors: data …
AI ethics and data governance in the geospatial domain of Digital Earth
Digital Earth applications provide a common ground for visualizing, simulating, and modeling real-world situations. The potential of Digital Earth applications has increased significantly with the evolution of artificial intelligence systems and the capacity to collect and process complex amounts of geospatial data. Yet, the widespread techno-optimism at the root of Digital Earth must now confront concerns over high-risk artificial intelligence s…
Computer Science (7 works) · Business (5 works) · Geography (5 works) · Data science (4 works) · Engineering (4 works) · Political science (4 works) · Sociology (4 works) · Remote sensing (3 works) · World Wide Web (3 works) · Big data (2 works)