Constantine E. Kontokosta: “This paper presents the conceptual framework and justification for a “Quantified Community” (QC) and a networked experimental environment of neighborhood labs. The QC is a fully instrumented urban neighborhood that uses an integrated, expandable, and participatory sensor network to support the measurement, integration, and analysis of neighborhood conditions, social interactions and behavior, and sustainability metrics to support public decision-making. Through a diverse range of sensor and automation technologies — combined with existing data generated through administrative records, surveys, social media, and mobile sensors — information on human, physical, and environmental elements can be processed in real-time to better understand the interaction and effects of the built environment on human well-being and outcomes. The goal is to create an “informatics overlay” that can be incorporated into future urban development and planning that supports the benchmarking and evaluation of neighborhood conditions, provides a test-bed for measuring the impact of new technologies and policies, and responds to the changing needs and preferences of the local community….(More)”
The importance of human innovation in A.I. ethics
John C. Havens at Mashable: “….While welcoming the feedback that sensors, data and Artificial Intelligence provide, we’re at a critical inflection point. Demarcating the parameters between assistance and automation has never been more central to human well-being. But today, beauty is in the AI of the beholder. Desensitized to the value of personal data, we hemorrhage precious insights regarding our identity that define the moral nuances necessary to navigate algorithmic modernity.
If no values-based standards exist for Artificial Intelligence, then the biases of its manufacturers will define our universal code of human ethics. But this should not be their cross to bear alone. It’s time to stop vilifying the AI community and start defining in concert with their creations what the good life means surrounding our consciousness and code.
The intention of the ethics
“Begin as you mean to go forward.” Michael Stewart is founder, chairman & CEO of Lucid, an Artificial Intelligence company based in Austin that recently announced the formation of the industry’s first Ethics Advisory Panel (EAP). While Google claimed creation of a similar board when acquiring AI firm DeepMind in January 2014, no public realization of its efforts currently exist (as confirmed by a PR rep from Google for this piece). Lucid’s Panel, by comparison, has already begun functioning as a separate organization from the analytics side of the business and provides oversight for the company and its customers. “Our efforts,” Stewart says, “are guided by the principle that our ethics group is obsessed with making sure the impact of our technology is good.”
Kay Firth-Butterfield is chief officer of the EAP, and is charged with being on the vanguard of the ethical issues affecting the AI industry and society as a whole. Internally, the EAP provides the hub of ethical behavior for the company. Someone from Firth-Butterfield’s office even sits on all core product development teams. “Externally,” she notes, “we plan to apply Cyc intelligence (shorthand for ‘encyclopedia,’ Lucid’s AI causal reasoning platform) for research to demonstrate the benefits of AI and to advise Lucid’s leadership on key decisions, such as the recent signing of the LAWS letter and the end use of customer applications.”
Ensuring the impact of AI technology is positive doesn’t happen by default. But as Lucid is demonstrating, ethics doesn’t have to stymie innovation by dwelling solely in the realm of risk mitigation. Ethical processes aligning with a company’s core values can provide more deeply relevant products and increased public trust. Transparently including your customer’s values in these processes puts the person back into personalization….(Mashable)”
Open collaboration in the public sector: The case of social coding on GitHub
Paper by Ines Mergel at Government Information Quarterly: “Open collaboration has evolved as a new form of innovation creation in the public sector. Government organizations are using online platforms to collaborative create or contribute to public sector innovations with the help of external and internal problem solvers. Most recently the U.S. federal government has encouraged agencies to collaboratively create and share open source code on the social coding platform GitHub and allow third parties to share their changes to the code. A community of government employees is using the social coding site GitHub to share open source code for software and website development, distribution of data sets and research results, or to seek input to draft policy documents. Quantitative data extracted from GitHub’s application programming interface is used to analyze the collaboration ties between contributors to government repositories and their reuse of digital products developed on GitHub by other government entities in the U.S. federal government. In addition, qualitative interviews with government contributors in this social coding environment provide insights into new forms of co-development of open source digital products in the public sector….(More)”
Open Data Charter
International Open Data Charter: “Open data sits at the heart of a global movement with the potential to generate significant social and economic benefits around the world. Through the articulation and adoption of common principles in support of open data, governments can work towards enabling more just, and prosperous societies.
In July 2013, G8 leaders signed the G8 Open Data Charter, which outlined a set of five core open data principles. Many nations and open government advocates welcomed the G8 Charter, but there was a general sense that the principles could be refined and improved to support broader global adoption of open data principles. In the months following, a number of multinational groups initiated their own activities to establish more inclusive and representative open data principles, including the Open Government Partnership’s (OGP) Open Data Working Group….
During 2015, open data experts from governments, multilateral organizations, civil society and private sector, worked together to develop an international Open Data Charter, with six principles for the release of data:
- Open by Default;
- Timely and Comprehensive;
- Accessible and Useable;
- Comparable and Interoperable;
- For Improved Governance and Citizen Engagement; and
- For Inclusive Development and Innovation….
Next Steps
- Promote adoption of the Charter.
- Continue to bring together a diverse, inclusive group of stakeholders to engage in the process of adoption of the international Open Data Charter.
- Develop a governance model for the ongoing management of the Charter, setting out the roles and responsibilities of a Charter partnership, and its working groups in the process of developing supporting resources, consultations, promotion, adoption, and oversight.
- Continue development of and consultation on supporting Charter guides, documents and tools, which will be brought together in a searchable, online Resource Centre. ..(More)”
Accelerating Citizen Science and Crowdsourcing to Address Societal and Scientific Challenges
Tom Kalil et al at the White House Blog: “Citizen science encourages members of the public to voluntarily participate in the scientific process. Whether by asking questions, making observations, conducting experiments, collecting data, or developing low-cost technologies and open-source code, members of the public can help advance scientific knowledge and benefit society.
Through crowdsourcing – an open call for voluntary assistance from a large group of individuals – Americans can study and tackle complex challenges by conducting research at large geographic scales and over long periods of time in ways that professional scientists working alone cannot easily duplicate. These challenges include understanding the structure of proteins related viruses in order to support development of new medications, or preparing for, responding to, and recovering from disasters.
…OSTP is today announcing two new actions that the Administration is taking to encourage and support the appropriate use of citizen science and crowdsourcing at Federal agencies:
- OSTP Director John Holdren, is issuing a memorandum entitled Addressing Societal and Scientific Challenges through Citizen Science and Crowdsourcing. This memo articulates principles that Federal agencies should embrace to derive the greatest value and impact from citizen science and crowdsourcing projects. The memo also directs agencies to take specific actions to advance citizen science and crowdsourcing, including designating an agency-specific coordinator for citizen science and crowdsourcing projects, and cataloguing citizen science and crowdsourcing projects that are open for public participation on a new, centralized website to be created by the General Services Administration: making it easy for people to find out about and join in these projects.
- Fulfilling a commitment made in the 2013 Open Government National Action Plan, the U.S. government is releasing the first-ever Federal Crowdsourcing and Citizen Science Toolkit to help Federal agencies design, carry out, and manage citizen science and crowdsourcing projects. The toolkit, which was developed by OSTP in partnership with the Federal Community of Practice for Crowdsourcing and Citizen Science and GSA’s Open Opportunities Program, reflects the input of more than 125 Federal employees from over 25 agencies on ideas, case studies, best management practices, and other lessons to facilitate the successful use of citizen science and crowdsourcing in a Federal context….(More)”
Harnessing the Data Revolution for Sustainable Development
US State Department Fact Sheet on “U.S. Government Commitments and Collaboration with the Global Partnership for Sustainable Development Data”: “On September 27, 2015, the member states of the United Nations agreed to a set of Sustainable Development Goals (Global Goals) that define a common agenda to achieve inclusive growth, end poverty, and protect the environment by 2030. The Global Goals build on tremendous development gains made over the past decade, particularly in low- and middle-income countries, and set actionable steps with measureable indicators to drive progress. The availability and use of high quality data is essential to measuring and achieving the Global Goals. By harnessing the power of technology, mobilizing new and open data sources, and partnering across sectors, we will achieve these goals faster and make their progress more transparent.
Harnessing the data revolution is a critical enabler of the global goals—not only to monitor progress, but also to inclusively engage stakeholders at all levels – local, regional, national, global—to advance evidence-based policies and programs to reach those who need it most. Data can show us where girls are at greatest risk of violence so we can better prevent it; where forests are being destroyed in real-time so we can protect them; and where HIV/AIDS is enduring so we can focus our efforts and finish the fight. Data can catalyze private investment; build modern and inclusive economies; and support transparent and effective investment of resources for social good…..
The Global Partnership for Sustainable Development Data (Global Data Partnership), launched on the sidelines of the 70th United Nations General Assembly, is mobilizing a range of data producers and users—including governments, companies, civil society, data scientists, and international organizations—to harness the data revolution to achieve and measure the Global Goals. Working together, signatories to the Global Data Partnership will address the barriers to accessing and using development data, delivering outcomes that no single stakeholder can achieve working alone….The United States, through the U.S. President’s Emergency Plan for AIDS Relief (PEPFAR), is joining a consortium of funders to seed this initiative. The U.S. Government has many initiatives that are harnessing the data revolution for impact domestically and internationally. Highlights of our international efforts are found below:
Health and Gender
• Country Data Collaboratives for Local Impact – PEPFAR and the Millennium Challenge Corporation(MCC) are partnering to invest $21.8 million in Country Data Collaboratives for Local Impact in sub-Saharan Africa that will use data on HIV/AIDS, global health, gender equality, and economic growth to improve programs and policies. Initially, the Country Data Collaboratives will align with and support the objectives of DREAMS, a PEPFAR, Bill & Melinda Gates Foundation, and Girl Effect partnership to reduce new HIV infections among adolescent girls and young women in high-burden areas.
• Measurement and Accountability for Results in Health (MA4Health) Collaborative – USAID is partnering with the World Health Organization, the World Bank, and over 20 other agencies, countries, and civil society organizations to establish the MA4Health Collaborative, a multi-stakeholder partnership focused on reducing fragmentation and better aligning support to country health-system performance and accountability. The Collaborative will provide a vehicle to strengthen country-led health information platforms and accountability systems by improving data and increasing capacity for better decision-making; facilitating greater technical collaboration and joint investments; and developing international standards and tools for better information and accountability. In September 2015, partners agreed to a set of common strategic and operational principles, including a strong focus on 3–4 pathfinder countries where all partners will initially come together to support country-led monitoring and accountability platforms. Global actions will focus on promoting open data, establishing common norms and standards, and monitoring progress on data and accountability for the Global Goals. A more detailed operational plan will be developed through the end of the year, and implementation will start on January 1, 2016.
• Data2X: Closing the Gender Gap – Data2X is a platform for partners to work together to identify innovative sources of data, including “big data,” that can provide an evidence base to guide development policy and investment on gender data. As part of its commitment to Data2X—an initiative of the United Nations Foundation, Hewlett Foundation, Clinton Foundation, and Bill & Melinda Gates Foundation—PEPFAR and the Millennium Challenge Corporation (MCC) are working with partners to sponsor an open data challenge to incentivize the use of gender data to improve gender policy and practice….(More)”
See also: Data matters: the Global Partnership for Sustainable Development Data. Speech by UK International Development Secretary Justine Greening at the launch of the Global Partnership for Sustainable Development Data.
Personalising data for development
Wolfgang Fengler and Homi Kharas in the Financial Times: “When world leaders meet this week for the UN’s general assembly to adopt the Sustainable Development Goals (SDGs), they will also call for a “data revolution”. In a world where almost everyone will soon have access to a mobile phone, where satellites will take high-definition pictures of the whole planet every three days, and where inputs from sensors and social media make up two thirds of the world’s new data, the opportunities to leverage this power for poverty reduction and sustainable development are enormous. We are also on the verge of major improvements in government administrative data and data gleaned from the activities of private companies and citizens, in big and small data sets.
But these opportunities are yet to materialize in any scale. In fact, despite the exponential growth in connectivity and the emergence of big data, policy making is rarely based on good data. Almost every report from development institutions starts with a disclaimer highlighting “severe data limitations”. Like castaways on an island, surrounded with water they cannot drink unless the salt is removed, today’s policy makers are in a sea of data that need to be refined and treated (simplified and aggregated) to make them “consumable”.
To make sense of big data, we used to depend on data scientists, computer engineers and mathematicians who would process requests one by one. But today, new programs and analytical solutions are putting big data at anyone’s fingertips. Tomorrow, it won’t be technical experts driving the data revolution but anyone operating a smartphone. Big data will become personal. We will be able to monitor and model social and economic developments faster, more reliably, more cheaply and on a far more granular scale. The data revolution will affect both the harvesting of data through new collection methods, and the processing of data through new aggregation and communication tools.
In practice, this means that data will become more actionable by becoming more personal, more timely and more understandable. Today, producing a poverty assessment and poverty map takes at least a year: it involves hundreds of enumerators, lengthy interviews and laborious data entry. In the future, thanks to hand-held connected devices, data collection and aggregation will happen in just a few weeks. Many more instances come to mind where new and higher-frequency data could generate development breakthroughs: monitoring teacher attendance, stocks and quality of pharmaceuticals, or environmental damage, for example…..
Despite vast opportunities, there are very few examples that have generated sufficient traction and scale to change policy and behaviour and create the feedback loops to further improve data quality. Two tools have personalised the abstract subjects of environmental degradation and demography (see table):
- Monitoring forest fires. The World Resources Institute has launched Global Forest Watch, which enables users to monitor forest fires in near real time, and overlay relevant spatial information such as property boundaries and ownership data to be developed into a model to anticipate the impact on air quality in affected areas in Indonesia, Singapore and Malaysia.
- Predicting your own life expectancy. The World Population Program developed a predictive tool – www.population.io – showing each person’s place in the distribution of world population and corresponding statistical life expectancy. In just a few months, this prototype attracted some 2m users who shared their results more than 25,000 times on social media. The traction of the tool resulted from making demography personal and converting an abstract subject matter into a question of individual ranking and life expectancy.
A new Global Partnership for Sustainable Development Data will be launched at the time of the UN General Assembly….(More)”
Open Science Revolution – New Ways of Publishing Research in The Digital Age
Scicasts: “A massive increase in the power of digital technology over the past decade allows us today to publish any article, blog post or tweet in a matter of seconds.
Much of the information on the web is also free – newspapers are embracing open access to their articles and many websites are copyrighting their content under the Creative Commons licenses, most of which allow the re-use and sharing of the original work at no cost.
As opposed to this openness, science publishing is still lagging behind. Most of the scientific knowledge generated in the past two centuries is hidden behind a paywall, requiring an average reader to pay tens to hundreds of euros to access an original study report written by scientists.
Can we not do things differently?
An answer to this question led to the creation of a number of new concepts that emerged over the past few years. A range of innovative open online science platforms are now trying “to do things differently”, offering researchers alternative ways of publishing their discoveries, making the publishing process faster and more transparent.
Here is a handful of examples, implemented by three companies – a recently launched open access journal Research Ideas and Outcomes (RIO), an open publishing platform F1000Research from The Faculty of 1000 and a research and publishing network ScienceOpen. Each has something different to offer, yet all of them seem to agree that science research should be open and accessible to everyone.
New concept – publish all research outputs
While the two-centuries-old tradition of science publishing lives and dies on exposing only the final outcomes of a research project, the RIO journal suggests a different approach. If we can follow new stories online step by step as they unfold (something that journalists have figured out and use in live reporting), they say, why not apply similar principles to research projects?
“RIO is the first journal that aims at publishing the whole research cycle and definitely the first one, to my knowledge, that tries to do that across all science branches – all of humanities, social sciences, engineering and so on,” says a co-founder of the RIO journal, Prof. Lyubomir Penev, in an interview to Scicasts.
From the original project outline, to datasets, software and methodology, each part of the project can be published separately. “The writing platform ARPHA, which underpins RIO, handles the whole workflow – from the stage when you write the first letter, to the end,” explains Prof. Penev.
At an early stage, the writing process is closed from public view and researchers may invite their collaborators and peers to view their project, add data and contribute to its development. Scientists can choose to publish any part of their project as it progresses – they can submit to the open platform their research idea, hypothesis or a newly developed experimental protocol, alongside future datasets and whole final manuscripts.
Some intermediate research stages and preliminary results can also be submitted to the platform F1000Research, which developed their own online authoring tool F1000Workspace, similar to ARPHA….(More)”
Openness an Essential Building Block for Inclusive Societies
President Enrique Peña Nieto (Mexico) in the Huffington Post: “The international community faces a complex environment that requires transforming the way we govern. In that sense, 2015 marks a historic milestone, as 193 Member States of the United Nations will come together to agree on the adoption of the 2030 Agenda. With the definition of the 17 Sustainable Development Goals (SDGs), we will set an ambitious course toward a better and more inclusive world for the next 15 years.
The SDGs will be established just when governments deal with new and more defiant challenges, which require increased collaboration with multiple stakeholders to deliver innovative solutions. For that reason, cutting-edge technologies, fueled by vast amounts of data, provide an efficient platform to foster a global transformation and consolidate more responsive, collaborative and open governments.
Goal 16 seeks to promote just, peaceful and inclusive societies by ensuring access to public information, strengthening the rule of law, as well as building stronger and more accountable institutions. By doing so, we will contribute to successfully achieve the rest of the 2030 Agenda objectives.
During the 70th United Nations General Assembly, the 11 countries of the Steering Committee of the Open Government Partnership (OGP), along with civil-society leaders, will gather to acknowledge Goal 16 as a common target through a Joint Declaration: Open Government for the Implementation of the 2030 Agenda for Sustainable Development. As the Global Summit of OGP convenes this year in Mexico City, on October 28th and 29th, my government will call on all 65 members to subscribe to this fundamental declaration.
The SDGs will be reached only through trustworthy, effective and inclusive institutions. This is why Mexico, as current chair of the OGP, has committed to promote citizen participation, innovative policies, transparency and accountability.
Furthermore, we have worked with a global community of key players to develop the international Open Data Charter (ODC), which sets the founding principles for a greater coherence and increased use of open data across the world. We seek to recognize the value of having timely, comprehensive, accessible, and comparable data to improve governance and citizen engagement, as well as to foster inclusive development and innovation….(More)”
Drones and Aerial Observation: New Technologies for Property Rights, Human Rights, and Global Development
New America Foundation: “Clear and secure rights to property—land, natural resources, and other goods and assets—are crucial to human prosperity. Most people lack such rights. That lack is in part a consequence of political and social breakdowns, and in part driven by informational deficits. Unmanned Aerial Vehicles (UAVs), also known as drones, are able to gather large amounts of information cheaply and efficiently by virtue of their aerial perspective, as can unpowered platforms like kites and balloons.
That information, in the form of images, maps, and other data, can be used by communities to improve the quality and character of their property rights. These same tools are also useful in other, related aspects of global development. Drone surveillance can help conservationists protect endangered wildlife and aid scientists in understanding the changing climate; drone imagery can be used by advocates and analysts to document and deter human rights violations; UAVs can be used by first responders to search for lost people or to evaluate the extent of damage after natural disasters like earthquakes or hurricanes.
This primer discusses the capabilities and limitations of unmanned aerial vehicles in advancing property rights, human rights and development more broadly. It contains both nuts-and-bolts advice to drone operators and policy guidance.
Click below to download the text of this primer, or on the corresponding link for a particular chapter…. (More)