1. Ongoing Research in Data Studies
Data Day 3.0
Tuesday, 29 March 2016, 9:30 to 10:45, Carleton University
Dr Tracey P. Lauriault, School of Journalism and Communication, Carleton University & Programmable City Project, Maynooth University
2. Data Studies Vision
Unpack the complex assemblages that produce, circulate, share/sell
and utilise data in diverse ways
Chart the diverse work they do and their consequences for how the
world is known, governed and lived-in
Survey the wider landscape of data assemblages and how they
interact to form intersecting data products, services and markets and
shape policy and regulation
Rob Kitchin and Tracey P. Lauriault, Forthcoming, Toward a Critical Data Studies: Charting and Unpacking Data Assemblages and their Work, in J. Eckert,, A. Shears & J. Thatcher, Geoweb
and Big Data, University of Nebraska Press , Pre-Print http://papers.ssrn.com/sol3/papers.cfm?abstract_id=2474112
3. How is the city translated into software and data?
Programmable City Project
Translation:
City into Code/Data
Transduction:
Code/Data Reshape City
THE CITYSOFTWARE/DATA
Discourses, Practices, Knowledge, Models
Mediation, Augmentation, Facilitation, Regulation
How do software and data reshape the city?Rob Kitchin, 2013
4. Socio-technological data assemblage
Material Platform
(infrastructure – hardware)
Code Platform
(operating system)
Code/algorithms
(software)
Data(base)
Interface
Reception/Operation
(user/usage)
Systems of thought
Forms of knowledge
Finance
Political economies
Governmentalities & legalities
Organisations and institutions
Subjectivities and communities
Marketplace
System/process
performs a task
Context
frames the system/task
Digital socio-technical assemblage
HCI, remediation studies
Critical code studies
Software studies
Critical data studies
New media studies
game studies
Critical Social Science
Science Technology Studies
Platform studies Places
Practices
Flowline/Lifecycle
Surveillance studies
Rob Kitchin, 2013
5. Knowledge Production
Tracey P. Lauriault, 2012, Data, Infrastructures and Geographical Imaginations. Ph.D. Thesis, Carleton University, Ottawa, http://curve.carleton.ca/theses/27431
Making up
Spaces and
People –
Modified Ian
Hacking
Dynamic
Nominalism
Framework
6. 3 Case Studies
1. Ontologizing the city
2. The making of homeless people
3. Open data
8. Ontologizing the City - From Old School National
Cartographic Based Classification toward a Rules Based
Real-World Object Oriented National Database
Object of Study
Data assemblage of OSi PRIME2
Examine how ‘real’ things are understood in
the new object oriented data model
Assess if these change how space is
modelled and then acted upon
Time frame
Jan. 2015-2018
Data Management and Ethics
ERC
Maynooth University
SSHRC Tri-Council
Case Study Outputs
Case study report
Data assemblage
Tracing the production of space
Genealogy from class to object
Academic publications
Funding
Programmable City Project
P.I. Prof. Rob Kitchin
NIRSA, Maynooth University
European Research Council Advanced
Investigator Award
ERC-2012-AdG-323636-SOFTCITY
9. Data Collection
Attend OSi & 1Spatial Road shows and public speaking events
One day coordinated field trip & group interviews at OSi Sligo
(survey data capture unit)
Examine the Prime & Prime2 flow lines
Real-time survey and data update of a building
1.5 months as an embedded researcher, OSi in Phoenix Park
One-on-one interviews with key actors (Transcribed audio recordings):
Group interview
Document Collection
Collection of objects across time for Dublin
10. Prime 2 Models and Concepts
Skin of the earth ‘real world’ object modelling
5 skin of the earth objects
Ways
Water
Vegetation
Artificial
Exposed
Z-Layer
Superimposed Objects
Segmentation &
Connectivity
GDF1 GDF2 centrelines
Sites & Locals
Boundaries
Links objects using
persistent ID’s
Form & Function
object classification
3D data storage
(CityGML LOD2)
Grouped
18. Models are also actors
Models shape
how the world is viewed
the world of work
tools & techniques
the structure of an organization
how organizations interconnect with others
Models augment space
Models are socially constructed
by people
21. Homeless case study scope
Object of Study:
A. Dublin Ireland:
Pathway Accommodation and Support System
(PASS)
Dublin Street Count
Central Statistics Office (CSO) national census
enumeration of the homeless.
B. Boston, MA, USA:
Homelessness Data Exchange (HDX) Housing
and Urban Development (HUD) Housing
Inventory Count (HIC)
Boston Health Commission Annual Street/Point-
in-Time (PIT) Count of Homelessness
US Census Bureau National Survey of Homeless
Assistance Providers and Clients (NSHAPC)
C. Ottawa, ON, Canada:
National Homelessness Information System
(HIFIS)
Ottawa Street Count
Statistics Canada national census enumeration of
the homeless.
Federation of Canadian Municipalities (FCM)
Municipal Data Collection Tool (MDCT)
indicators on Homelessness
Funding
Programmable City Project
P.I. Prof. Rob Kitchin
NIRSA, Maynooth University
European Research Council Advanced
Investigator Award
ERC-2012-AdG-323636-SOFTCITY
22. Homeless case study outputs
A. 3 site specific city case studies for comparative analysis
3 CS reports with accompanying data, information and literature including:
3 national homeless shelter intake software systems
3 city specific point in time street counts
3 national statistical agency censuses which enumerated people who are homeless
Interview recordings and transcripts from key informants
Repository of related grey literature
B. Data Assemblages
Data assemblage for each intake data system, street count and homeless census
Comparative analysis of these data assemblages
C. Construction of homeless people and homelessness
Application of the modified Ian Hacking framework to the making up of homeless people and spaces
3 homelessness data classification genealogies
Comparative analysis of genealogies
D. Academic Papers
24. Open data case study
Object of Study
A. Dublin, Republic of Ireland (NI)
B. Ottawa, ON & Montreal, QC, Canada
National, County Level Public Sector Data Portals
Academic Portals
Public, Academic and Private Sector Partnership
Portals/Initiatives
Open access to data initiatives
The private sector data dissemination on behalf & w/ the
public sector.
Research projects
Civil Society Initiatives
Initiatives that have shaped debates on openness &
transparency
Indicators & evaluation
Consultants/developers
Other actors
Tools & Instruments
Case Study Outputs:
A. 2 site specific city case studies
B. Data Assemblages & Landscape
C. Open Data discourse Analysis
D. Academic Papers
Funding
Programmable City Project
P.I. Prof. Rob Kitchin
NIRSA, Maynooth University
European Research Council Advanced
Investigator Award
ERC-2012-AdG-323636-SOFTCITY
28. Open Data Definitions (sample)
1959 Antarctic Treaty
1992 - UNCED – Agenda 21 Chapter 40,
Information for Decision Making
1996 Global Map
2002 – UNCED – Ageday 21 + 10 Down To Earth
2005 - Open Knowledge Foundation (OKNF) - 11
Principles (Licence specific)
2007 GEOSS - Data Sharing Principles for the
Global Earth Observing System of Systems
2007 - US Open Government Working Group - 8
principles of Open Government Data
2007 Science Commons Protocol for Implementing
Open Access Data
2007 Sunlight Foundation - 10 Principles for
Opening Up Government Informatio
2007 OECD, Principles and Guidelines for Access
to Research Data from Public Funding
2008 OECD, Recommendations on Public Sector
Information
2009 W3C - Publishing Open Government Data
2010 Tim Berners-Lee 5 Star of Open Data
2010 Panton Principles for Open Data in Science
2010 Ontario Information Privacy Commissioner -
7 Principles
2013 Open Economics Principles
US Association of Computing Machinery (USACM)
– Recommendations on Open Government
American Library Association (ALA) – Access to
Government Information Principles
31. Core courses
COMM 5225 (0.5) Critical Data Studies
DATA 5000: Introduction to Data Science
Electives
COMM 5203 (0.5) Communication,
Technology & Society
COMM 5224 (0.5) Internet Infrastructure &
Materialities
COMM 5221 (0.5) Science & the Making of
Knowledge
32. Acknowledgements
The research for these studies is funded by a
European Research Council Advanced Investigator
award ERC-2012-AdG-323636-SOFTCITY.
I would like to express my gratitude to Ordnance
Survey Ireland (OSi), Dublin City Council and the
Open Data Community in Ireland for generously
sharing their knowledge and time.
Notes de l'éditeur
Slide image credit: http://www.frenchpayrollexpert.fr/wp-content/uploads/2015/10/database.jpg
Maps: Osi Website
In addition to these, and as part of the work being done on the Programmable City Project, with the need for all of these provocations the following are added to the Dalton and Thatcher Provocations. Now lets look at research frameworks.
Social construction of technology approach, where technology, society and culture are conceived as one of mutually shaping
The overall objectives of the project are to examine “how software makes a difference to contemporary urbanism”, and to analyze the city with “respect to four key urban practices - understanding, managing, working, and living in the city”.
Co-functioning heterogeneous elements of a large complex socio-technological system – these elements are loosely coupled
“As such, data-driven, networked urbanism is thoroughly political seeking to produce a certain kind of city.” (Kitchin, 2015)
Socio technological approach
Model creation, cartography, production, photogrammetry, map preservation, data re-engineering, budget, procurement and contracting, licencing and law, marketing, CTO, SDI managers, surveyors and gate keeper
One full day interview with data modeling & data re-engineering team, including consultants & project managers
As discussed in the data assemblage: contract, requirements, specifications, modeling descriptions, flow lines, budgets, org charts, strategy documents, working wiki, historical records, code, instruction manuals, guidebooks, photos of machinery, screen captures of systems
Places in Dublin as understood in the old and the new model, and as seen or captured in the new and the old technological systems
Fundamental change in the way the material world is classified and modelled
The world is no longer map sheets stitched together, organized as a grid, or layers of cartographic images, the world becomes a seamless, topologically consistent blanket of polygons covers the entire surface of Ireland w/no holes or gaps
This is transformative, Ireland is modelled into a topologically consistent database of polygons, which can be mapped at multiple scales in multiple formats, these polygons are also a series of linked objects that relate to other objects within the OSis collection/database of objects, or these can link to other artifacts, such as digital media at RTE, digitized museum and archeological collections, text in the 1916 letters, big data found in the commercial sector, utilities, property and valuation records, industry and finance, and social media, also other aspects of the environment such as ecological zones, wind energy turbines, climate.
The model becomes a core infrastructure upon which new knowledge can be produced. These data can also be linked to near real time data, sensor feeds and be the framework for smart city technologies. These data may allow for the modeling of dynamic processes, ebbs and flows of water, traffic, climate. They become an authoritative, reliable, and trusted state framework dataset. Space is augmented.
Image source http://labs.sogeti.com/wp-content/uploads/2015/10/digital-change.jpg
As we have just heard from Michael Cory and Andy McGill, the OSi has always been an innovator, in has pragmatically embraced technologies and has implemented innovative practices. But none quite like this one.
Socio-technological transformations include connections to the past, things have a genealogy, a history, an etymology. Nothing is fixed, things come into being, however, being able to temporarily capture/fix a moment is important. The Heusten station example just shown, the maps captured and fix space in sheets, and as we know those maps and those things mapped did not come from no where. They have too have a provenance as Andy just discussed, and as Declan and Colin will discuss after the break. They come from pre-existing models of the world, which were captured in paper, based on older geometries which and these retain their etymology in Prime2. These are stored in older media, the big data of the past if you will and these too will be made accessible in digital forms and preserve in Prime2 but also in the archives.
Those older media were the foundation of Prime, Prime 2 echoes Prime. New data coming into Prime 2 are topologically situated in the past, as Prime data remain the core, but these Prime data are re-engineered data, bridging the past with now, and also capture change. New data come into Prime and relate to all the other data in the database, a model that is continuously and dynamically coming into being.
Models also have a past, and they too do not come from no where or suddenly appear. As discussed, Prime2 is an element of a large complex socio-technological system – part of an assemblage – which interconnects with & enables other constellations of assemblages. This model has a history, and has evolved, it is based on real things and how those things fit into the world, a model of it and them, and all of those things are social constructed by real people and their views of the world.
Socio technological approach
Although data are commonly understood in practical terms, understandings differ depending on the actors involved there are different epistemologies and ontologies.
Their collection requires specialized knowledge, techniques, sophisticated technologies, and often, significant resources. Data are also owned, regulated, guarded, standardized, and created within a particular community of practice. They are collected according to a particular model of the world based on the author’s worldview, and in turn, become an image or a representation of it. Data can be considered as arrangements of “facts within a specific cultural perspective” (Harley, in Dodge 2011:276).
An earth scientist, urban planner, cartographer, electrical engineer or epidemiologist each represents a community of practice or epistemic group, each with their unique outlook on what constitutes data.
Definitions, understandings, values and quality parameters also vary according to discipline (e.g., geography, physics, social work, archaeology), sector (e.g., communication, energy, housing, health), level of government and their departments (e.g., city, county, EU), private sector (e.g., Google, Axcion, IBM), non-governmental organization (e.g., CreativeCommons.ca, coastwatch, friends of the earth) or to individual citizens.
In addition, data resellers, lawyers, data value-added service providers, and researchers in academia or the private sector value data for different reasons.
Finally, the roles people have in relation to data (e.g., data librarian, archivist, network specialist, database manager, GIS specialist, cryptographer, cataloguer, artist, project manager) frame how data are handled.