Americans’ Views on Open Government Data


The upshot has been the appearance of a variety of “open data” and “open government” initiatives throughout the United States that try to use data as a lever to improve government performance and encourage warmer citizens’ attitudes toward government.

This report is based on the first national survey that seeks to benchmark public sentiment about the government initiatives that use data to cultivate the public square. The survey, conducted by Pew Research Center in association with the John S. and James L. Knight Foundation, captures public views at the emergent moment when new technology tools and techniques are being used to disseminate and capitalize on government data and specifically looks at:

  • People’s level of awareness of government efforts to share data
  • Whether these efforts translate into people using data to track government performance
  • If people think government data initiatives have made, or have the potential to make, government perform better or improve accountability
  • The more routine kinds of government-citizen online interactions, such as renewing licenses or searching for the hours of public facilities.

The results cover all three levels of government in America — federal, state and local — and show that government data initiatives are in their early stages in the minds of most Americans. Generally, people are optimistic that these initiatives can make government more accountable; even though many are less sure open data will improve government performance. And government does touch people online, as evidenced by high levels of use of the internet for routine information applications. But most Americans have yet to delve too deeply into government data and its possibilities to closely monitor government performance.

Among the survey’s main findings:

As open data and open government initiatives get underway, most Americans are still largely engaged in “e-Gov 1.0” online activities, with far fewer attuned to “Data-Gov 2.0” initiatives that involve agencies sharing data online for public use….

Minorities of Americans say they pay a lot of attention to how governments share data with the public and relatively few say they are aware of examples where government has done a good (or bad) job sharing data. Less than one quarter use government data to monitor how government performs in several different domains….
Americans have mixed hopes about government data initiatives. People see the potential in these initiatives as a force to improve government accountability. However, the jury is still out for many Americans as to whether government data initiatives will improve government performance….
People’s baseline level of trust in government strongly shapes how they view the possible impact of open data and open government initiatives on how government functions…
Americans’ perspectives on trusting government are shaped strongly by partisan affiliation, which in turn makes a difference in attitudes about the impacts of government data initiatives…

Americans are for the most part comfortable with government sharing online data about their communities, although they sound cautionary notes when the data hits close to home…

Smartphone users have embraced information-gathering using mobile apps that rely on government data to function, but not many see a strong link between the underlying government data and economic value…

…(More)”

What, Exactly, Do You Want?


Cass Sunstein at the New York Times: “Suppose that you value freedom of choice. Are you committed to the mere opportunity to choose, or will you also insist that people actually exercise that opportunity? Is it enough if the government, or a private institution, gives people the option of going their own way? Or is it particularly important to get people to say precisely what they want? In coming decades, these seemingly abstract questions will grow in importance, because they will decide central features of our lives.

Here’s an example. Until last month, all 50 states had a simple policy for voter registration: If you want to become a voter, you have the opportunity to register. Oregon is now the first state to adopt a radically different approach: If the relevant state officials know that you live in Oregon and are 18 or older, you’re automatically registered as a voter. If you don’t want to be one, you have the opportunity to opt out.

We could easily imagine a third approach. A state might decide that if you want some kind of benefit — say, a driver’s license — you have to say whether you want to register to vote. Under this approach, the state would require you to make an active choice about whether to be a voter. You would have to indicate your desires explicitly.

In countless contexts, the government, or some private institution, must decide among three possible approaches: Give people the opportunity to opt in; give people the opportunity to opt out; or require people to make some kind of active choice. For example, an employer may say that employees will be enrolled in a pension plan only if they opt in. Alternatively, it may automatically enroll employees in a pension plan (while allowing them the opportunity to opt out). Or it may instead tell employees that they can’t start work unless they say whether they want to participate in a pension plan.

You may think that while the decision raises philosophical puzzles, the stakes are small. If so, you would be wrong; the decision can have huge consequences. By itself, the opportunity to choose is not all that matters, because many people will not exercise that opportunity. Inertia has tremendous force, and people tend to procrastinate. If a state or a private company switches from a system of opt-out to one of opt-in, or vice versa, it can have major effects on people’s lives.

For example, Oregon expects that its new policy will produce up to 300,000 new registered voters. In 2004, Congress authorized the Department of Agriculture to allow states and localities to automatically enroll eligible poor children in school meal programs, rather than requiring their parents to sign them up. As a result, millions of such children now have access to school meals. In many nations, including the United States, Britain and Denmark, automatic enrollment in pension plans has significantly increased the number of employees who participate in pension plans. The Affordable Care Act builds on this practice with a provision that will require large employers to enroll employees automatically in health insurance plans.

In light of findings of this kind (and there are many more), a lot of people have argued that people would be much better off if many institutions switched, today or tomorrow, from “opt in” designs to “opt out.” Often they’re right; “opt out” can be a lot better. But from the standpoint of both welfare and personal freedom, opt out raises problems of its own, precisely because it does not involve an actual exercise of the power to choose….(More)

The Rule of History


Jill Lepore about Magna Carta, the Bill of Rights, and the hold of time in The New Yorker: “…Magna Carta has been taken as foundational to the rule of law, chiefly because in it King John promised that he would stop throwing people into dungeons whenever he wished, a provision that lies behind what is now known as due process of law and is understood not as a promise made by a king but as a right possessed by the people. Due process is a bulwark against injustice, but it wasn’t put in place in 1215; it is a wall built stone by stone, defended, and attacked, year after year. Much of the rest of Magna Carta, weathered by time and for centuries forgotten, has long since crumbled, an abandoned castle, a romantic ruin.

Magna Carta is written in Latin. The King and the barons spoke French. “Par les denz Dieu!” the King liked to swear, invoking the teeth of God. The peasants, who were illiterate, spoke English. Most of the charter concerns feudal financial arrangements (socage, burgage, and scutage), obsolete measures and descriptions of land and of husbandry (wapentakes and wainages), and obscure instruments for the seizure and inheritance of estates (disseisin and mort d’ancestor). “Men who live outside the forest are not henceforth to come before our justices of the forest through the common summonses, unless they are in a plea,” one article begins.

Magna Carta’s importance has often been overstated, and its meaning distorted. “The significance of King John’s promise has been anything but constant,” U.S. Supreme Court Justice John Paul Stevens aptly wrote, in 1992. It also has a very different legacy in the United States than it does in the United Kingdom, where only four of its original sixty-some provisions are still on the books. In 2012, three New Hampshire Republicans introduced into the state legislature a bill that required that “all members of the general court proposing bills and resolutions addressing individual rights or liberties shall include a direct quote from the Magna Carta which sets forth the article from which the individual right or liberty is derived.” For American originalists, in particular, Magna Carta has a special lastingness. “It is with us every day,” Justice Antonin Scalia said in a speech at a Federalist Society gathering last fall.

Much has been written of the rule of law, less of the rule of history. Magna Carta, an agreement between the King and his barons, was also meant to bind the past to the present, though perhaps not in quite the way it’s turned out. That’s how history always turns out: not the way it was meant to. In preparation for its anniversary, Magna Carta acquired a Twitter username: @MagnaCarta800th….(More)”

Citizen Science for Citizen Access to Law


Paper by Michael Curtotti, Wayne Weibel, Eric McCreath, Nicolas Ceynowa, Sara Frug, and Tom R Bruce: “This paper sits at the intersection of citizen access to law, legal informatics and plain language. The paper reports the results of a joint project of the Cornell University Legal Information Institute and the Australian National University which collected thousands of crowdsourced assessments of the readability of law through the Cornell LII site. The aim of the project is to enhance accuracy in the prediction of the readability of legal sentences. The study requested readers on legislative pages of the LII site to rate passages from the United States Code and the Code of Federal Regulations and other texts for readability and other characteristics. The research provides insight into who uses legal rules and how they do so. The study enables conclusions to be drawn as to the current readability of law and spread of readability among legal rules. The research is intended to enable the creation of a dataset of legal rules labelled by human judges as to readability. Such a dataset, in combination with machine learning, will assist in identifying factors in legal language which impede readability and access for citizens. As far as we are aware, this research is the largest ever study of readability and usability of legal language and the first research which has applied crowdsourcing to such an investigation. The research is an example of the possibilities open for enhancing access to law through engagement of end users in the online legal publishing environment for enhancement of legal accessibility and through collaboration between legal publishers and researchers….(More)”

Open Data Literature Review


Review by Emmie Tran and Ginny Scholtes: “Open data describes large datasets that governments at all levels release online and free of charge for analysis by anyone for any purpose. Entrepreneurs may use open data to create new products and services, and citizens may use it to gain insight into the government. A plethora of time saving and other useful applications have emerged from open data feeds, including more accurate traffic information, real-time arrival of public transportation, and information about crimes in neighborhoods. But data held by the government is implicitly or explicitly about individuals. While open government is often presented as an unqualified good, sometimes open data can identify individuals or groups, leading to invasions of privacy and disparate impact on vulnerable populations.

This review provides background to parties interested in open data, specifically for those attending the 19th Annual BCLT/BTLJ Symposium on open data. Part I defines open data, focusing on the origins of the open data movement and the types of data subject to government retention and public access. Part II discusses how open data can benefit society, and Part III delves into the many challenges and dangers of open data. Part IV addresses these challenges, looking at how the United States and other countries have implemented open data regimes, and considering some of the proposed measures to mitigate the dangers of open data….(More)”

The Healing Power of Your Own Medical Data


in the New York Times: “Steven Keating’s doctors and medical experts view him as a citizen of the future.

A scan of his brain eight years ago revealed a slight abnormality — nothing to worry about, he was told, but worth monitoring. And monitor he did, reading and studying about brain structure, function and wayward cells, and obtaining a follow-up scan in 2010, which showed no trouble.

But he knew from his research that his abnormality was near the brain’s olfactory center. So when he started smelling whiffs of vinegar last summer, he suspected they might be “smell seizures.”

He pushed doctors to conduct an M.R.I., and three weeks later, surgeons in Boston removed a cancerous tumor the size of a tennis ball from his brain.

At every stage, Mr. Keating, a 26-year-old doctoral student at the Massachusetts Institute of Technology’s Media Lab, has pushed and prodded to get his medical information, collecting an estimated 70 gigabytes of his own patient data by now. His case points to what medical experts say could be gained if patients had full and easier access to their medical information. Better-informed patients, they say, are more likely to take better care of themselves, comply with prescription drug regimens and even detect early-warning signals of illness, as Mr. Keating did.

“Today he is a big exception, but he is also a glimpse of what people will want: more and more information,” said Dr. David W. Bates, chief innovation officer at Brigham and Women’s Hospital.

Some of the most advanced medical centers are starting to make medical information more available to patients. Brigham and Women’s, where Mr. Keating had his surgery, is part of the Partners HealthCare Group, which now has 500,000 patients with web access to some of the information in their health records including conditions, medications and test results.

Other medical groups are beginning to allow patients online access to the notes taken by physicians about them, in an initiative called OpenNotes. In a yearlong evaluation project at medical groups in three states, more than two-thirds of the patients reported having a better understanding of their health and medical conditions, adopting healthier habits and taking their medications as prescribed more regularly.

The medical groups with OpenNotes programs include Beth Israel Deaconess Medical Center in Boston, Geisinger Health System in Pennsylvania, Harborview Medical Center in Seattle, the Mayo Clinic, the Cleveland Clinic and the Veterans Affairs department. By now, nearly five million patients in America have been given online access to their notes.

As an articulate young scientist who had studied his condition, Mr. Keating had a big advantage over most patients in obtaining his data. He knew what information to request, spoke the language of medicine and did not need help. The information he collected includes the video of his 10-hour surgery, dozens of medical images, genetic sequencing data and 300 pages of clinical documents. Much of it is on his website, and he has made his medical data available for research….

Opening data to patients raises questions. Will worried patients inundate physicians with time-consuming questions? Will sharing patient data add to legal risks? One detail in the yearlong study of OpenNotes underlines doctors’ concerns; 105 primary physicians completed the study, but 143 declined to participate.

Still, the experience of the doctors in the evaluation seemed reassuring. Only 3 percent said they spent more time answering patient questions outside of visits. Yet knowing that patients could read the notes, one-fifth of the physicians said they changed the way they wrote about certain conditions, like substance abuse and obesity.

Evidence of the benefit to individuals from sharing information rests mainly on a few studies so far. For example, 55 percent of the members of the epilepsy community on PatientsLikeMe, a patient network, reported that sharing information and experiences with others helped them learn about seizures, and 27 percent said it helped them be more adherent to their medications.

Mr. Keating has no doubts. “Data can heal,” he said. “There is a huge healing power to patients understanding and seeing the effects of treatments and medications.”

Health information, by its very nature, is personal. So even when names and other identifiers are stripped off, sharing personal health data more freely with patients, health care providers and researchers raises thorny privacy issues.

Mr. Keating says he is a strong believer in privacy, but he personally believes that the benefits outweigh the risks — and whether to share data or not should be an individual’s choice and an individual responsibility.

Not everyone, surely, would be as comfortable as Mr. Keating is sharing all his medical information. But he says he believes that people will increasingly want access to their medical data and will share it, especially younger people reared on social networks and smartphones.

“This is what the next generation, which lives on data, is going to want,” Mr. Keating said….(More)”

Sensor Law


Paper by Sandra Braman: For over two decades, information policy-making for human society has been increasingly supplemented, supplanted, and/or superceded by machinic decision-making; over three decades since legal decision-making has been explicitly put in place to serve machinic rather than social systems; and over four decades since designers of the Internet took the position that they were serving non-human (machinic, or daemon) users in addition to humans. As the “Internet of Things” becomes more and more of a reality, these developments increasingly shape the nature of governance itself. This paper’s discussion of contemporary trends in these diverse modes of human-computer interaction at the system level — interactions between social systems and technological systems — introduces the changing nature of the law as a sociotechnical problem in itself. In such an environment, technological innovations are often also legal innovations, and legal developments require socio-technical analysis as well as social, legal, political, and cultural approaches.

Examples of areas in which sensors are already receiving legal attention are rife. A non-comprehensive listing includes privacy concerns beginning but not ending with those raised by sensors embedded in phones and geolocation devices, which are the most widely discussed and those of which the public is most aware. Sensor issues arise in environmental law, health law, marine law, intellectual property law, and as they are raised by new technologies in use for national security purposes that include those confidence- and security-building measures intended for peacekeeping. They are raised by liability issues for objects that range from cars to ovens. And sensor issues are at the core of concerns about “telemetric policing,” as that is coming into use not only in North America and Europe, but in societies such as that of Brazil as well.

Sensors are involved in every stage of legal processes, from identification of persons of interest to determination of judgments and consequences of judgments. Their use significantly alters the historically-developed distinction among types of decision-making meant to come into use at different stages of the process, raising new questions about when, and how, human decision-making needs to dominate and when, and how, technological innovation might need to be shaped by the needs of social rather than human systems.

This paper will focus on the legal dimensions of sensors used in ubiquitous embedded computing….(More)”

Can Big Data Measure Livability in Cities?


PlaceILive: “Big data helps us measure and predict consumer behavior, hurricanes and even pregnancies. It has revolutionized the way we access and use information. That being said, so far big data has not been able to tackle bigger issues like urbanization or improve the livability of cities.

A new startup, www.placeilive.com thinks big data should and can be used to measure livability. They aggregated open data from government institutions and social media to create a tool that can calculate just that. ….PlaceILive wants to help people and governments better understand their cities, so that they can make smarter decisions. Cities can be more sustainable, while its users save money and time when they are choosing a new home.

Not everyone is eager to read long lists of raw data. Therefore they created appealing user-friendly maps that visualize the statistics. Offering the user fast and accessible information on the neighborhoods that matter to them.

Another cornerstone of PlaceILive is their Life Quality Index: an algorithm that takes aspects like transportation, safety, and affordability into account. Making it possible for people to easily compare the livability of different houses. You can read more on the methodology and sources here.

life quality index press release

In its beta form, the site features five cities—New York City, Chicago, San Francisco, London and Berlin. When you click on the New York portal, for instance, you can search for the place you want to know more about by borough, zip code, or address. Using New York as an example, it looks like this….(More)

Using Innovation and Technology to Improve City Services


New report from the IBM Center for the Business of Government: “In this report, Professor Greenberg examines a dozen cities across the United States that have award-winning reputations for using innovation and technology to improve the services they provide to their residents. She explores a variety of success factors associated with effective service delivery at the local level, including:

  • The policies, platforms, and applications that cities use for different purposes, such as public engagement, streamlining the issuance of permits, and emergency response
  • How cities can successfully partner with third parties, such as nonprofits, foundations, universities, and private businesses to improve service delivery using technology
  • The types of business cases that can be presented to mayors and city councils to support various changes proposed by innovators in city government

Professor Greenberg identifies a series of trends that drive cities to undertake innovations, such as the increased use of mobile devices by residents. Based on cities’ responses to these trends, she offers a set of findings and specific actions that city officials can act upon to create innovation agendas for their communities. Her report also presents case studies for each of the dozen cities in her review. These cases provide a real-world context, which will allow interested leaders in other cities to see how their own communities might approach similar innovation initiatives.

This report builds on two other IBM Center reports: A Guide for Making Innovation Offices Work, by Rachel Burstein and Alissa Black, and The Persistence of Innovation in Government: A Guide for Public Servants, by Sandford Borins, which examines the use of awards to stimulate innovation in government….(More)”

New Desktop Application Has Potential to Increase Asteroid Detection, Now Available to Public


NASA Press Release: “A software application based on an algorithm created by a NASA challenge has the potential to increase the number of new asteroid discoveries by amateur astronomers.

Analysis of images taken of our solar system’s main belt asteroids between Mars and Jupiter using the algorithm showed a 15 percent increase in positive identification of new asteroids.

During a panel Sunday at the South by Southwest Festival in Austin, Texas, NASA representatives discussed how citizen scientists have made a difference in asteroid hunting. They also announced the release of a desktop software application developed by NASA in partnership with Planetary Resources, Inc., of Redmond, Washington. The application is based on an Asteroid Data Hunter-derived algorithm that analyzes images for potential asteroids. It’s a tool that can be used by amateur astronomers and citizen scientists.

The Asteroid Data Hunter challenge was part of NASA’s Asteroid Grand Challenge. The data hunter contest series, which was conducted in partnership with Planetary Resources under a Space Act Agreement, was announced at the 2014 South by Southwest Festival and concluded in December. The series offered a total of $55,000 in awards for participants to develop significantly improved algorithms to identify asteroids in images captured by ground-based telescopes. The winning solutions of each piece of the contest combined to create an application using the best algorithm that increased the detection sensitivity, minimized the number of false positives, ignored imperfections in the data, and ran effectively on all computer systems.

“The Asteroid Grand Challenge is seeking non-traditional partnerships to bring the citizen science and space enthusiast community into NASA’s work,” said Jason Kessler, program executive for NASA’s Asteroid Grand Challenge. “The Asteroid Data Hunter challenge has been successful beyond our hopes, creating something that makes a tangible difference to asteroid hunting astronomers and highlights the possibility for more people to play a role in protecting our planet.”…

The new asteroid hunting application can be downloaded at:

http://topcoder.com/asteroids

For information about NASA’s Asteroid Grand Challenge, visit:

http://www.nasa.gov/asteroidinitiative