Book edited by Jonathan Mendilow and Éric Phélippeau: “This book argues that the mainstream definitions of corruption, and the key expectations they embed concerning the relationship between corruption, democracy, and the process of democratization, require reexamination. Even critics who did not consider stable institutions and legal clarity of veteran democracies as a cure-all, assumed that the process of widening the influence on government decision making and implementation allows non-elites to defend their interests, define the acceptable sources and uses of wealth, and demand government accountability. This had proved correct, especially insofar as ‘petty corruption’ is involved. But the assumption that corruption necessarily involves the evasion of democratic principles and a ‘market approach’ in which the corrupt seek to maximize profit does not exhaust the possible incentives for corruption, the types of behaviors involved (for obvious reasons, the tendency in the literature is to focus on bribery), or the range of situations that ‘permit’ corruption in democracies. In the effort to identify some of the problems that require recognition, and to offer a more exhaustive alternative, the chapters in this book focus on corruption in democratic settings (including NGOs and the United Nations which were largely so far ignored), while focusing mainly on behaviors other than bribery….(More)”.
The Age of Digital Interdependence
Report of the High-level Panel on Digital Cooperation: “The immense power and value of data in the modern economy can and must be harnessed to meet the SDGs, but this will require new models of collaboration. The Panel discussed potential pooling of data in areas such as health, agriculture and the environment to enable scientists and thought leaders to use data and artificial intelligence to better understand issues and find new ways to make progress on the SDGs. Such data commons would require criteria for establishing relevance to the SDGs, standards for interoperability, rules on access and safeguards to ensure privacy and security.
Anonymised data – information that is rendered anonymous in such a way that the data subject is not or no longer identifiable – about progress toward the SDGs is generally less sensitive and controversial than the use of personal data of the kind companies such as Facebook, Twitter or Google may collect to drive their business models, or facial and gait data that could be used for surveillance. However, personal data can also serve development goals, if handled with proper oversight to ensure its security and privacy.
For example, individual health data is extremely sensitive – but many people’s health data, taken together, can allow researchers to map disease outbreaks, compare the effectiveness of treatments and improve understanding of conditions. Aggregated data from individual patient cases was crucial to containing the Ebola outbreak in West Africa. Private and public sector healthcare providers around the world are now using various forms of electronic medical records. These help individual patients by making it easier to personalise health services, but the public health benefits require these records to be interoperable.
There is scope to launch collaborative projects to test the interoperability of data, standards and safeguards across the globe. The World Health Assembly’s consideration of a global strategy for digital health in 2020 presents an opportunity to launch such projects, which could initially be aimed at global health challenges such as Alzheimer’s and hypertension.
Improved digital cooperation on a data-driven approach to public health has the potential to lower costs, build new partnerships among hospitals, technology companies, insurance providers and research institutes and support the shift from treating diseases to improving wellness. Appropriate safeguards are needed to ensure the focus remains on improving health care outcomes. With testing, experience and necessary protective measures as well as guidelines for the responsible use of data, similar cooperation could emerge in many other fields related to the SDGs, from education to urban planning to agriculture…(More)”.
The Ethics of Big Data Applications in the Consumer Sector
Paper by Markus Christen et al : “Business applications relying on processing of large amounts of heterogeneous data (Big Data) are considered to be key drivers of innovation in the digital economy. However, these applications also pose ethical issues that may undermine the credibility of data-driven businesses. In our contribution, we discuss ethical problems that are associated with Big Data such as: How are core values like autonomy, privacy, and solidarity affected in a Big Data world? Are some data a public good? Or: Are we obliged to divulge personal data to a certain degree in order to make the society more secure or more efficient?
We answer those questions by first outlining the ethical topics that are discussed in the scientific literature and the lay media using a bibliometric approach. Second, referring to the results of expert interviews and workshops with practitioners, we identify core norms and values affected by Big Data applications—autonomy, equality, fairness, freedom, privacy, property-rights, solidarity, and transparency—and outline how they are exemplified in examples of Big Data consumer applications, for example, in terms of informational self-determination, non-discrimination, or free opinion formation. Based on use cases such as personalized advertising, individual pricing, or credit risk management we discuss the process of balancing such values in order to identify legitimate, questionable, and unacceptable Big Data applications from an ethics point of view. We close with recommendations on how practitioners working in applied data science can deal with ethical issues of Big Data….(More)”.
The clinician crowdsourcing challenge: using participatory design to seed implementation strategies
Paper by Rebecca E. Stewart et al: “In healthcare settings, system and organization leaders often control the selection and design of implementation strategies even though frontline workers may have the most intimate understanding of the care delivery process, and factors that optimize and constrain evidence-based practice implementation within the local system. Innovation tournaments, a structured participatory design strategy to crowdsource ideas, are a promising approach to participatory design that may increase the effectiveness of implementation strategies by involving end users (i.e., clinicians). We utilized a system-wide innovation tournament to garner ideas from clinicians about how to enhance the use of evidence-based practices (EBPs) within a large public behavioral health system…(More)”
Study finds that a GPS outage would cost $1 billion per day
Eric Berger at Ars Technica: “….one of the most comprehensive studies on the subject has assessed the value of this GPS technology to the US economy and examined what effect a 30-day outage would have—whether it’s due to a severe space weather event or “nefarious activity by a bad actor.” The study was sponsored by the US government’s National Institutes of Standards and Technology and performed by a North Carolina-based research organization named RTI International.
Economic effect
As part of the analysis, researchers spoke to more than 200 experts in the use of GPS technology for various services, from agriculture to the positioning of offshore drilling rigs to location services for delivery drivers. (If they’d spoken to me, I’d have said the value of using GPS to navigate Los Angeles freeways and side streets was incalculable). The study covered a period from 1984, when the nascent GPS network was first opened to commercial use, through 2017. It found that GPS has generated an estimated $1.4 trillion in economic benefits during that time period.
The researchers found that the largest benefit, valued at $685.9 billion, came in the “telecommunications” category, including improved reliability and bandwidth utilization for wireless networks. Telematics (efficiency gains, cost reductions, and environmental benefits through improved vehicle dispatch and navigation) ranked as the second most valuable category at $325 billion. Location-based services on smartphones was third, valued at $215 billion.
Notably, the value of GPS technology to the US economy is growing. According to the study, 90 percent of the technology’s financial impact has come since just 2010, or just 20 percent of the study period. Some sectors of the economy are only beginning to realize the value of GPS technology, or are identifying new uses for it, the report says, indicating that its value as a platform for innovation will continue to grow.
Outage impact
In the case of some adverse event leading to a widespread outage, the study estimates that the loss of GPS service would have a $1 billion per-day impact, although the authors acknowledge this is at best a rough estimate. It would likely be higher during the planting season of April and May, when farmers are highly reliant on GPS technology for information about their fields.
To assess the effect of an outage, the study looked at several different variables. Among them was “precision timing” that enables a number of wireless services, including the synchronization of traffic between carrier networks, wireless handoff between base stations, and billing management. Moreover, higher levels of precision timing enable higher bandwidth and provide access to more devices. (For example, the implementation of 4G LTE technology would have been impossible without GPS technology)….(More)”
The war to free science
Brian Resnick and Julia Belluz at Vox: “The 27,500 scientists who work for the University of California generate 10 percent of all the academic research papers published in the United States.
Their university recently put them in a strange position: Sometime this year, these scientists will not be able to directly access much of the world’s published research they’re not involved in.
That’s because in February, the UC system — one of the country’s largest academic institutions, encompassing Berkeley, Los Angeles, Davis, and several other campuses — dropped its nearly $11 million annual subscription to Elsevier, the world’s largest publisher of academic journals.
On the face of it, this seemed like an odd move. Why cut off students and researchers from academic research?
In fact, it was a principled stance that may herald a revolution in the way science is shared around the world.
The University of California decided it doesn’t want scientific knowledge locked behind paywalls, and thinks the cost of academic publishing has gotten out of control.
Elsevier owns around 3,000 academic journals, and its articles account for some 18 percentof all the world’s research output. “They’re a monopolist, and they act like a monopolist,” says Jeffrey MacKie-Mason, head of the campus libraries at UC Berkeley and co-chair of the team that negotiated with the publisher.Elsevier makes huge profits on its journals, generating billions of dollars a year for its parent company RELX .
This is a story about more than subscription fees. It’s about how a private industry has come to dominate the institutions of science, and how librarians, academics, and even pirates are trying to regain control.
The University of California is not the only institution fighting back. “There are thousands of Davids in this story,” says University of California Davis librarian MacKenzie Smith, who, like so many other librarians around the world, has been pushing for more open access to science. “But only a few big Goliaths.”…(More)”.
100 Radical Innovation Breakthroughs for the future
The Radical Innovation Breakthrough Inquirer for the European Commission: “This report provides insights on 100 emerging developments that may exert a strong impact on global value creation and offer important solutions to societal needs. We identified this set of emerging developments through a carefully designed procedure that combined machine learning algorithms and human evaluation. After successive waves of selection and refinement, the resulting 100 emerging topics were subjected to several assessment procedures, including expert consultation and analysis of related patents and publications.
Having analysed the potential importance of each of these innovations for Europe, their current maturity and the relative strength of Europe in related R&D, we can make some general policy recommendations that follow.
However, it is important to note that our recommendations are based on the extremes of the distributions, and thus not all RIBs are named under the recommendations. Yet, the totality of the set of Radical Innovation Breakthrough (RIBs) and Radical Societal Breakthrough (RSBs) descriptions and their recent progress directions constitute an important collection of intelligence material that can inform strategic planning in research an innovation policy, industry and enterprise policy, and local development policy….(More)”.
Hyper-active Governance How Governments Manage the Politics of Expertise
Book by Matthew Wood: “Hyper-active governance is a new way of thinking about governing that puts debates over expertise at the heart. Contemporary governing requires delegation to experts, but also increases demands for political accountability. In this context, politicians and experts work together under political stress to adopt different governing relationships that appear more ‘hands-off’ or ‘hands-on’. These approaches often serve to displace profound social and economic crises. Only a genuinely collaborative approach to governing, with an inclusive approach to expertise, can create democratically legitimate and effective governance in our accelerating world. Using detailed case studies and global datasets in various policy areas including medicines, flooding, water resources, central banking and electoral administration, the book develops a new typology of modes of governing. Drawing from innovative social theory, it breathes new life into debates about expert forms of governance and how to achieve real paradigm shifts in how we govern our increasingly hyper-active world…(More)”.
Virtuous and vicious circles in the data life-cycle
Paper by Elizabeth Yakel, Ixchel M. Faniel, and Zachary J. Maiorana: “In June 2014, ‘Data sharing reveals complexity in the westward spread of domestic animals across Neolithic Turkey’, was published in PLoS One (Arbuckle et al. 2014). In this article, twenty-three authors, all zooarchaeologists, representing seventeen different archaeological sites in Turkey investigated the domestication of animals across Neolithic southwest Asia, a pivotal era of change in the region’s economy. The PLoS One article originated in a unique data sharing, curation, and reuse project in which a majority of the authors agreed to share their data and perform analyses across the aggregated datasets. The extent of data sharing and the breadth of data reuse and collaboration were previously unprecedented in archaeology. In the present article, we conduct a case study of the collaboration leading to the development of the PLoS One article. In particular, we focus on the data sharing, data curation, and data reuse practices exercised during the project in order to investigate how different phases in the data life-cycle affected each other.
Studies of data practices have generally engaged issues from the singular perspective of data producers, sharers, curators, or reusers. Furthermore, past studies have tended to focus on one aspect of the life-cycle (production, sharing, curation, reuse, etc.). A notable exception is Carlson and Anderson’s (2007) comparative case study of four research projects which discusses the life-cycle of data from production through sharing with an eye towards reuse. However, that study primarily addresses the process of data sharing. While we see from their research that data producers’ and curators’ decisions and actions regarding data are tightly coupled and have future consequences, those consequences are not fully explicated since the authors do not discuss reuse in depth.
Taking a perspective that captures the trajectory of data, our case study discusses actions and their consequences throughout the data life-cycle. Our research theme explores how different stakeholders and their work practices positively and/or negatively affected other phases of the life-cycle. More specifically, we focus on data production practices and data selection decisions made during data sharing as these have frequent and diverse consequences for other life-cycle phases in our case study. We address the following research questions:
- How do different aspects of data production positively and negatively impact other phases in the life-cycle?
- How do data selection decisions during sharing positively and negatively impact other phases in the life-cycle?
- How can the work of data curators intervene to reinforce positive actions or mitigate negative actions?…(More)”
The New York Times has a course to teach its reporters data skills, and now they’ve open-sourced it
Joshua Benton at Nieman Labs: “The New York Times wants more of its journalists to have those basic data skills, and now it’s releasing the curriculum they’ve built in-house out into the world, where it can be of use to reporters, newsrooms, and lots of other people too.
Here’s Lindsey Rogers Cook, an editor for digital storytelling and training at the Times, and the sort of person who is willing to have “spreadsheets make my heart sing” appear under her byline:
Even with some of the best data and graphics journalists in the business, we identified a challenge: data knowledge wasn’t spread widely among desks in our newsroom and wasn’t filtering into news desks’ daily reporting.
Yet fluency with numbers and data has become more important than ever. While journalists once were fond of joking that they got into the field because of an aversion to math, numbers now comprise the foundation for beats as wide-ranging as education, the stock market, the Census, and criminal justice. More data is released than ever before — there are nearly 250,000 datasets on data.govalone — and increasingly, government, politicians, and companies try to twist those numbers to back their own agendas…
We wanted to help our reporters better understand the numbers they get from sources and government, and give them the tools to analyze those numbers. We wanted to increase collaboration between traditional and non-traditional journalists…And with more competition than ever, we wanted to empower our reporters to find stories lurking in the hundreds of thousands of databases maintained by governments, academics, and think tanks. We wanted to give our reporters the tools and support necessary to incorporate data into their everyday beat reporting, not just in big and ambitious projects.
….You can access the Times’ training materials here. Some of what you’ll find:
- An outline of the data skills the course aims to teach. It’s all run on Google Docs and Google Sheets; class starts with the uber-basics (mean! median! sum!), crosses the bridge of pivot tables, and then heads into data cleaning and more advanced formulas.
- The full day-by-day outline of the Times’ three-week course, which of course you’re free to use or reshape to your newsroom’s needs.
- It’s not just about cells, columns, and rows — the course also includes more journalism-based information around ethical questions, how to use data effectively inside a story’s narrative, and how best to work with colleagues in the graphic department.
- Cheat sheets! If you don’t have time to dig too deeply, they’ll give a quick hit of information: one, two, three, four, five.
- Data sets that you use to work through the beginner, intermediate, and advanced stages of the training, including such journalism classics as census data, campaign finance data, and BLS data.But don’t be a dummy and try to write real news stories off these spreadsheets; the Times cautions in bold: “NOTE: We have altered many of these datasets for instructional purposes, so please download the data from the original source if you want to use it in your reporting.”
- “How Not To Be Wrong,” which seems like a useful thing….(More)”