DOD/DARPA Notice (See also Foreign Policy article): “OBJECTIVE: Investigate the national security threat posed by public data available either for purchase or through open sources. Based on principles of data science, develop tools to characterize and assess the nature, persistence, and quality of the data. Develop tools for the rapid anonymization and de-anonymization of data sources. Develop framework and tools to measure the national security impact of public data and to defend against the malicious use of public data against national interests.
DESCRIPTION: The vulnerabilities to individuals from a data compromise are well known and documented now as “identity theft.” These include regular stories published in the news and research journals documenting the loss of personally identifiable information by corporations and governments around the world. Current trends in social media and commerce, with voluntary disclosure of personal information, create other potential vulnerabilities for individuals participating heavily in the digital world. The Netflix Challenge in 2009 was launched with the goal of creating better customer pick prediction algorithms for the movie service [1]. An unintended consequence of the Netflix Challenge was the discovery that it was possible to de-anonymize the entire contest data set with very little additional data. This de-anonymization led to a federal lawsuit and the cancellation of the sequel challenge [2]. The purpose of this topic is to understand the national level vulnerabilities that may be exploited through the use of public data available in the open or for purchase.
Could a modestly funded group deliver nation-state type effects using only public data?…”
The official link for this solicitation is: www.acq.osd.mil/osbp/sbir/solicitations/sbir20133.
Behold: A Digital Bill of Rights for the Internet, by the Internet
Mashable: “The digital rights conversation was thrust into the mainstream spotlight after news of ongoing, widespread mass surveillance programs leaked to the public. Always a hot topic, these revelations sparked a strong online debate among the Internet community.
It also made us here at Mashable reflect on the digital freedoms and protections we feel each user should be guaranteed as a citizen of the Internet. To highlight some of the great conversations taking place about digital rights online, we asked the digital community to collaborate with us on the creation of a crowdsourced Digital Bill of Rights.
After six weeks of public discussions, document updates and changes, as well as incorporating input from digital rights experts, Mashable is pleased to unveil its first-ever Digital Bill of Rights, made for the Internet, by the Internet.”
What should we do about the naming deficit/surplus?
Tom Steinberg in mySociety Blog: “As I wrote in my last post, I am very concerned about the lack of comprehensible, consistent language to talk about the hugely diverse ways in which people are using the internet to bring about social and political change….My approach to finding an appropriate name was to look at the way that other internet industry sectors are named, so that I could choose a name that sits nicely next to very familiar sectoral labels….
Segmenting the Civic Power sector
Choosing a single sectoral name – Civic Power – is not really the point of this exercise. The real benefit would come from being able to segment the many projects within this sector so that they are more easy to compare and contrast.
Here is my suggested four part segmentation of the Civic Power sector…:
- Decision influencing organisations try to directly shape or change particular decisions made by powerful individuals or organisations.
- Regime changing organisations try to replace decision makers, not persuade them.
- Citizen Empowering organisations try to give people the resources and the confidence required to exert power for whatever purpose those people see fit, both now and in the future.
- Digital Government organisations try to improve the ways in which governments acquire and use computers and networks. Strictly speaking this is just a sub-category of ‘decision influencing organisation’, on a par with an environmental group or a union, but more geeky.”
See also: Open Government – What’s in a Name?
Social Influence Bias: A Randomized Experiment
New paper in Science: “Our society is increasingly relying on the digitized, aggregated opinions of others to make decisions. We therefore designed and analyzed a large-scale randomized experiment on a social news aggregation Web site to investigate whether knowledge of such aggregates distorts decision-making. Prior ratings created significant bias in individual rating behavior, and positive and negative social influences created asymmetric herding effects. Whereas negative social influence inspired users to correct manipulated ratings, positive social influence increased the likelihood of positive ratings by 32% and created accumulating positive herding that increased final ratings by 25% on average. This positive herding was topic-dependent and affected by whether individuals were viewing the opinions of friends or enemies. A mixture of changing opinion and greater turnout under both manipulations together with a natural tendency to up-vote on the site combined to create the herding effects. Such findings will help interpret collective judgment accurately and avoid social influence bias in collective intelligence in the future.”
See also: ‘Like’ This Article Online? Your Friends Will Probably Approve, Too, Scientists Say
The Power of Us: The Art and Science of Enlightened Citizen Engagement and Collective Action
New e-book: “Anita Estell has done it! She has published an easy-to-read handbook that promises to transform our individual and collective understanding of the federal government, how it really works, and most important, our own relevance in its operation. The Power of US is a must-have guide. It provides instruction for those possessing the audacity to seize the opportunities unfolding during one of the most transformational periods in American history. Estell shares insights, experiences, wisdom, and expertise, gained in more than twenty years of working at the federal level, in a way that not only invites and supports constructive engagement but also sheds light on the way forward. Estell provides an extraordinary panorama of information and instruction, melding a multidisciplinary suite of principles that underscore and bring texture to what Estell calls citizen-centricity, or citizen-centric engagement. The Power of US provides a profoundly creative approach relevant to policymakers and advocates. Estell’s treatment is a breath of fresh air in civic discourse—which can be stifled by stale approaches and potentially toxic hyperpartisan dynamics. In The Power of US, Estell establishes herself as a revolutionary thinker exhibiting the vision, knowledge, and personal power to move the compass of individual hope in the direction of collective freedom.”
A much-maligned engine of innovation
Review by Martin Wolf of The Entrepreneurial State: Debunking Public vs Private Sector Myths, by Mariana Mazzucato, Anthem Press: “…what determines innovation? Conventional economics offers abstract models; conventional wisdom insists the answer lies with private entrepreneurship. In this brilliant book, Mariana Mazzucato, a Sussex university professor of economics who specialises in science and technology, argues that the former is useless and the latter incomplete. Yes, innovation depends on bold entrepreneurship. But the entity that takes the boldest risks and achieves the biggest breakthroughs is not the private sector; it is the much-maligned state…
Why is the state’s role so important? The answer lies in the huge uncertainties, time spans and costs associated with fundamental, science-based innovation. Private companies cannot and will not bear these costs, partly because they cannot be sure to reap the fruits and partly because these fruits lie so far in the future.
Indeed, the more competitive and finance-driven the economy, the less the private sector will be willing to bear such risks. Buying back shares is apparently a far more attractive way of using surplus cash than spending on fundamental innovation. The days of AT&T’s path-breaking Bell Labs are long gone. In any case, the private sector could not have created the internet or GPS. Only the US military had the resources to do so.
Arguably, the most important engines of innovation in the past five decades have been the US Defense Advanced Research Projects Agency and the NIH. Today, if the world is to make fundamental breakthroughs in energy technologies, states will play a big role. Indeed, the US government even helped drive the development of the hydraulic fracturing of shale rock.”
Empirically Informed Regulation
Paper by Cass Sunstein: “In recent years, social scientists have been incorporating empirical findings about human behavior into economic models. These findings offer important insights for thinking about regulation and its likely consequences. They also offer some suggestions about the appropriate design of effective, low-cost, choice-preserving approaches to regulatory problems, including disclosure requirements, default rules, and simplification. A general lesson is that small, inexpensive policy initiatives can have large and highly beneficial effects. In the United States, a large number of recent practices and reforms reflect an appreciation of this lesson. They also reflect an understanding of the need to ensure that regulations have strong empirical foundations, both through careful analysis of costs and benefits in advance and through retrospective review of what works and what does not.”
A Videogame That Recruits Players to Map the Brain
Wired: “I’m no neuroscientist, and yet, here I am at my computer attempting to reconstruct a neural circuit of a mouse’s retina. It’s not quite as difficult and definitely not as boring as it sounds. In fact, it’s actually pretty fun, which is a good thing considering I’m playing a videogame.
Called EyeWire, the browser-based game asks players to map the connections between retinal neurons by coloring in 3-D slices of the brain. Much like any other game out there, being good at EyeWire earns you points, but the difference is that the data you produce during gameplay doesn’t just get you on a leader board—it’s actually used by scientists to build a better picture of the human brain.
Created by neuroscientist Sebastian Seung’s lab at MIT, EyeWire basically gamifies the professional research Seung and his collaborators do on a daily basis. Seung is studying the connectome, the hyper-complex tangle of connections among neurons in the brain.”
Can We Build A Kickstarter For Cancer?
Paul Howard in Forbes: “tarting you own band, writing your first novel, or re-publishing your favorite ‘80s tabletop RPG are all cool goals. You can do them all on Kickstarter. What would be cooler?
How about funding a virtual biotech company with one goal: Saving or extending the life of a cancer patient who doesn’t respond to “standard of care” treatments….
The Cancer Commons approach – a distributed framework for empowering patients and learning from every patient/treatment combination – breaks down traditional distinctions between clinical trials and patient treatment in the “real world.” Instead of developing treatments in a lab and then testing them on randomized patients in clinical trials (designed to benefit future patients), researchers would apply the latest scientific knowledge and tools to help each patient achieve the best possible outcome today based on what we know – or think we can predict – about a molecular subtype of cancer….
We’ll need more than money to power a Kickstarter-for-cancer movement. We’ll need to encourage companies – from Big Pharma to “small” biotechs – to participate in distributed, Bayesian trials where new biomarkers or combinations of biomarkers are tested in patients with particular molecular profiles. And the FDA is going to have to be convinced that the system is going to generate high quality data that benefits patients, not sell them snake-oil cures.
In return for companies making their compound libraries and experimental drugs available for the “virtual biotechs” launched by cancer patients and their families, there should be a regulatory path established to take the most promising drugs and drug combinations to market.”
How to do scientific research without even trying (much)
Ars Technica: “To some extent, scientific research requires expensive or specialized equipment—some work just requires a particle accelerator or a virus containment facility. But plenty of other research has very simple requirements: a decent camera, a bit of patience, or being in the right place at the right time. Since that sort of work is open to anyone, getting the public involved can be a huge win for scientists, who can then obtain much more information than they could have gathered on their own.
A group of Spanish researchers has now written an article that is a mixture of praise for this sort of citizen science, a resource list for people hoping to get involved, and a how-to guide for anyone inspired to join in. The researchers focus on their own area of interest—insects, specifically the hemiptera or “true bugs”—but a lot of what they say applies to other areas of research.
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The paper also lists a variety of regional-specific sites that focus on insect identification and tracking, such as ones for the UK, Belgium, and Slovenia. But a dedicated system isn’t required for this sort of resource. In the researchers’ home base on the Iberian Peninsula, insects are tracked via a Flickr group. (If you’re interested in insect research and based in the US, you can also find dozens of projects at the SciStarter site.) We’ve uploaded some of the most amazing images into a gallery that accompanies this article.
ZooKeys, 2013. DOI: 10.3897/zookeys.319.4342 “