Michael Thomas at FastCompany: “…“In the refugee camps, we have two things: people and time,” Jackl explained. He and his friends decided that they would organize people to improve the camp. The idea was to solve two problems at once: Give refugees purpose, and make life in the camp better for everyone….
It began with repurposing shipping material. The men noticed that every day, dozens of shipments of food, medicine, and other aid came to their camp. But once the supplies were unloaded, aid workers would throw the pallets away. Meanwhile, people were sleeping in tents that would flood when it rained. So Jackl led an effort to break the pallets down and use the wood to create platforms on which the tents could sit.
Shortly afterwards, they used scrap wood and torn pieces of fabric to build a school, and eventually found a refugee who was a teacher to lead classes. The philosophy was simple and powerful: Use resources that would otherwise go to waste to improve life in their camp. As word spread of their work on social media, Jackl began to receive offers from people who wanted to donate money to his then unofficial cause. “All these people began asking me ‘What can I do? Can I give you money?’ And I’d tell them, ‘Give me materials,’” he said.
“People think that refugees are weak. But they survived war, smugglers, and the camps,” Jackl explains. His mission is to change the refugee image from one of weakness to one of resilience and strength. Core to that is the idea that refugees can help one another instead of relying on aid workers and NGOs, a philosophy that he adopted from an NGO called Jafra that he worked for in Syria…(More)”
Helen Margetts in Nature: “Social networks are not a new phenomenon — people have always associated with like-minded others — but the advent of social media has led to a vast increase in the amount of social information that we see. We need data and experiments to understand how this information shapes our political landscape…(More)”
Innar Liiv in The Conversation: “Big Brother does “just want to help” – in Estonia, at least. In this small nation of 1.3 million people, citizens have overcome fears of an Orwellian dystopia with ubiquitous surveillance to become a highly digital society.
The government took nearly all its services online in 2003 with the e-Estonia State Portal. The country’s innovative digital governance was not the result of a carefully crafted master plan, it was a pragmatic and cost-efficient response to budget limitations.
It helped that citizens trusted their politicians after Estonia regained independence in 1991. And, in turn, politicians trusted the country’s engineers, who had no commitment to legacy hardware or software systems, to build something new.
This proved to be a winning formula that can now benefit all the European countries.
In other words, if you give your address or a family member’s name to the census bureau, the health insurance provider will not later ask you for it again. No department of any government agency can make citizens repeat information already stored in their database or that of some other agency….The once-only principle has been such a big success that, based on Estonia’s common-sense innovation, the EU enacted a digital Once Only Principle and Initiative early this year. It ensures that “citizens and businesses supply certain standard information only once, because public administration offices take action to internally share this data, so that no additional burden falls on citizens and businesses.”…
‘Twice-mandatory’ principle
Governments should always be brainstorming, asking themselves, for example, if one government agency needs this information, who else might benefit from it? And beyond need, what insights could we glean from this data?
Financier Vernon Hill introduced an interesting “One to Say YES, Two to Say NO” rule when founding Metro Bank UK: “It takes only one person to make a yes decision, but it requires two people to say no. If you’re going to turn away business, you need a second check for that.”
Imagine how simple and powerful a policy it would be if governments learnt this lesson. What if every bit of information collected from citizens or businesses had to be used for two purposes (at least!) or by two agencies in order to merit requesting it?
The Estonian Tax and Customs Board is, perhaps unexpectedly given the reputation of tax offices, an example of the potential for such a paradigm shift. In 2014, it launched a new strategy to address tax fraud, requiring every business transaction of over €1,000 to be declared monthly by the entities involved.
To minimise the administrative burden of this, the government introduced an application-programming interface that allows information to be automatically exchanged between the company’s accounting software and the state’s tax system.
Though there was some negative push back in the media at the beginning by companies and former president Toomas Hendrik Ilves even vetoed the initial version of the act, the system was a spectacular success. Estonia surpassed its original estimate of €30 million in reduced tax fraud by more than twice.
Latvia, Spain, Belgium, Romania, Hungary and several others have taken a similar path for controlling and detecting tax fraud. But analysing this data beyond fraud is where the real potential is hidden….(More).”
Matthew Zook et al in PLOS Computational Biology: “The use of big data research methods has grown tremendously over the past five years in both academia and industry. As the size and complexity of available datasets has grown, so too have the ethical questions raised by big data research. These questions become increasingly urgent as data and research agendas move well beyond those typical of the computational and natural sciences, to more directly address sensitive aspects of human behavior, interaction, and health. The tools of big data research are increasingly woven into our daily lives, including mining digital medical records for scientific and economic insights, mapping relationships via social media, capturing individuals’ speech and action via sensors, tracking movement across space, shaping police and security policy via “predictive policing,” and much more.
The beneficial possibilities for big data in science and industry are tempered by new challenges facing researchers that often lie outside their training and comfort zone. Social scientists now grapple with data structures and cloud computing, while computer scientists must contend with human subject protocols and institutional review boards (IRBs). While the connection between individual datum and actual human beings can appear quite abstract, the scope, scale, and complexity of many forms of big data creates a rich ecosystem in which human participants and their communities are deeply embedded and susceptible to harm. This complexity challenges any normative set of rules and makes devising universal guidelines difficult.
Nevertheless, the need for direction in responsible big data research is evident, and this article provides a set of “ten simple rules” for addressing the complex ethical issues that will inevitably arise. Modeled on PLOS Computational Biology’s ongoing collection of rules, the recommendations we outline involve more nuance than the words “simple” and “rules” suggest. This nuance is inevitably tied to our paper’s starting premise: all big data research on social, medical, psychological, and economic phenomena engages with human subjects, and researchers have the ethical responsibility to minimize potential harm….
Acknowledge that data are people and can do harm
Recognize that privacy is more than a binary value
Guard against the reidentification of your data
Practice ethical data sharing
Consider the strengths and limitations of your data; big does not automatically mean better
Debate the tough, ethical choices
Develop a code of conduct for your organization, research community, or industry
Design your data and systems for auditability
Engage with the broader consequences of data and analysis practices
Now more than ever, data are collected from every aspect of our lives. From social media and advertising to artificial intelligence and automated systems, understanding and parsing information have become highly valuable skills. But we often overlook the importance of knowing how to communicate data to peers and to the public in an effective, meaningful way.
The first tools that come to mind in considering how to best communicate data – especially statistics – are graphs and scatter plots. These simple visuals help us understand elementary causes and consequences, trends and so on. They are invaluable and have an important role in disseminating knowledge.
Data visualisation can take many other forms, just as data itself can be interpreted in many different ways. It can be used to highlight important achievements, as Bill and Melinda Gates have shown with their annual letters in which their main results and aspirations are creatively displayed.
Everyone has the potential to better explore data sets and provide more thorough, yet simple, representations of facts. But how can do we do this when faced with daunting levels of complex data?
A world of too many features
We can start by breaking the data down. Any data set consists of two main elements: samples and features. The former correspond to individual elements in a group; the latter are the characteristics they share….
Venturing into network analysis is easier than undertaking dimensionality reduction, since usually a high level of programming skills is not required. Widely available user-friendly software and tutorials allow people new to data visualisation to explore several aspects of network science.
The world of data visualisation is vast and it goes way beyond what has been introduced here, but those who actually reap its benefits, garnering new insights and becoming agents of positive and efficient change, are few. In an age of overwhelming information, knowing how to communicate data can make a difference – and it can help keep data’s relevance in check…(More)”
Book edited by Kawash, Jalal, Agarwal, Nitin, Özyer, Tansel: “This book addresses the challenges of social network and social media analysis in terms of prediction and inference. The chapters collected here tackle these issues by proposing new analysis methods and by examining mining methods for the vast amount of social content produced. Social Networks (SNs) have become an integral part of our lives; they are used for leisure, business, government, medical, educational purposes and have attracted billions of users. The challenges that stem from this wide adoption of SNs are vast. These include generating realistic social network topologies, awareness of user activities, topic and trend generation, estimation of user attributes from their social content, and behavior detection. This text has applications to widely used platforms such as Twitter and Facebook and appeals to students, researchers, and professionals in the field….(More)”
Rania Fakhoury at the Conversation: “Privacy is no longer a social norm, said Facebook founder Mark Zuckerberg in 2010, as social media took a leap to bring more private information into the public domain.
But what does it mean for governments, citizens and the exercise of democracy? Donald Trump is clearly not the first leader to use his Twitter account as a way to both proclaim his policies and influence the political climate. Social media presents novel challenges to strategic policy, and has become a managerial issues for many governments.
But it also offers a free platform for public participation in government affairs. Many argue that the rise of social media technologies can give citizens and observers a better opportunity to identify pitfalls of government and their politics.
As government embrace the role of social media and the influence of negative or positive feedback on the success of their project, they are also using this tool to their advantages by spreading fabricated news.
This much freedom of expression and opinion can be a double-edged sword.
A tool that triggers change
On the positive side, social media include social networking applications such as Facebook and Google+, microblogging services such as Twitter, blogs, video blogs (vlogs), wikis, and media-sharing sites such as YouTube and Flickr, among others.
Today four out of five countries in the world have social media features on their national portals to promote interactive networking and communication with the citizen. Although we don’t have any information about the effectiveness of such tools or whether they are used to their full potential, 20% of these countries shows that they have “resulted in new policy decisions, regulation or service”.
Social media can be an effective tool to trigger changes in government policies and services if well used. It can be used to prevent corruption, as it is direct method of reaching citizens. In developing countries, corruption is often linked to governmental services that lack automated processes or transparency in payments.
The UK is taking the lead on this issue. Its anti-corruption innovation hub aims to connect several stakeholders – including civil society, law enforcement and technologies experts – to engage their efforts toward a more transparent society.
With social media, governments can improve and change the way they communicate with their citizens – and even question government projects and policies. In Kazakhstan, for example, a migration-related legislative amendment entered into force early January 2017 and compelled property owners to register people residing in their homes immediately or else face a penalty charge starting in February 2017.
Citizens were unprepared for this requirement, and many responded with indignation on social media. At first the government ignored this reaction. However, as the growing anger soared via social media, the government took action and introduced a new service to facilitate the registration of temporary citizens….
But the campaigns that result do not always evolve into positive change.
Egypt and Libya are still facing several major crises over the last years, along with political instability and domestic terrorism. The social media influence that triggered the Arab Spring did not permit these political systems to turn from autocracy to democracy.
Brazil exemplifies a government’s failure to react properly to a massive social media outburst. In June 2013 people took to the streets to protest the rising fares of public transportation. Citizens channelled their anger and outrage through social media to mobilise networks and generate support.
As in the Arab Spring countries, the use of social media in Brazil did not result in economic improvement. The country has tumbled down into depression, and unemployment has risen to 12.6%…..
Government typically asks “how can we adapt social media to the way in which we do e-services, and then try to shape their policies accordingly. They would be wiser to ask, “how can social media enable us to do things differently in a way they’ve never been done before?” – that is, policy-making in collaboration with people….(More)”.
Novel by Willemijn Dicke and Dirk Helbing: “iGod is a science fiction novel with heroes, love, defeat and hope. But it is much more than that. This book aims to explore how societies may develop, given the technologies that we see at present. As Dirk Helbing describes it in his introduction:
We have come to the conclusion that neither a scientific study nor an investigative report would allow one to talk about certain things that, we believe, need to be thought and talked about. So, a science fiction story appeared to be the right approach. It seems the perfect way to think “what if scenarios” through. It is not the first time that this avenue has been taken. George Orwell’s “1984” and “Animal Farm” come to mind, or Dave Eggers “The Circle”. The film ‘The Matrix’ and the Netflix series ‘Black Mirror are good examples too.
“iGod” outlines how life could be in a couple of years from now, certainly in our lifetime. At some places, this story about our future society seems far-fetched. For example, in “iGod”, all citizens have a Social Citizen Score. This score is established based on their buying habits, their communication in social media and social contacts they maintain. It is obtained by mass-surveillance and has a major impact on everyone’s life. It determines whether you are entitled to get a loan, what jobs you are offered, and even how long you will receive medical care.
The book is set in the near future in Amsterdam, the Netherlands. Lex is an unemployed biologist. One day he is contacted by a computer which, gradually reveals the machinery behind the reality we see. It is a bleak world. Together with his girlfriend Diana and Seldon, a Professor at Amsterdam Tech, he starts the quest to regain freedom….(More) (Individual chapters)”
Hurricane Katrina in 2005 was the costliest natural disaster in the U.S., with estimates between $100 billion and $125 billion. The death toll of Katrina is still being debated, but we know that at least 2,000 were killed, and thousands were left homeless.
Worldwide, the toll is staggering. The triple disaster of an earthquake, tsunami and nuclear meltdown that started March 11, 2011 in Fukushima, Japan killed thousands, as did the 2010 Haiti earthquake.
The challenges to disaster relief organizations, including nongovernmental organizations (NGOs), are immense. The majority operate under a single, common, humanitarian principle of protecting the vulnerable, reducing suffering and supporting the quality of life. At the same time, they need to compete for financial funds from donors to ensure their own sustainability.
At the same time, many stakeholders believe that humanitarian aid has not been as successful in delivering on its goals due to a lack of coordination among NGOs, which results in duplication of services.
My team and I have been looking at a novel way to improve how we respond to natural disasters. One solution might be game theory.
Getting the right supplies to those in need is daunting
In fact, about 60 percent of the items that arrive at a disaster site are nonpriority items. Rescue workers then waste precious time dealing with these nonpriority supplies, whereas victims suffer because they do not receive the critical needs supplies in a timely manner.
The delivery and processing of wrong supplies also adds to the congestion at transportation and distribution nodes, overwhelms storage capabilities and results in further delays of necessary items. The flood of donated inappropriate materiel in response to a disaster is often referred to as the second disaster.
The economics of disaster relief, on the supply side, is challenged as people need to secure donations and ensure the financial sustainability of their organizations. On the demand side, the victims’ needs must be fulfilled in a timely manner while avoiding wasteful duplication and congestion in terms of logistics.
Game theory in disasters
Game theory is a powerful tool for the modeling and analysis of complex behaviors of competing decision-makers. It received a tremendous boost from the contributions of the Nobel laureate John Nash.
Game theory has been used in numerous disciplines, from economics, operations research and management science, to even political science.
Thamy Pogrebinschi at Open Democracy: “The advancement of tools of information and communications technology (ICT) has the potential to impact democracy nearly as much as any other area, such as science or education. The effects of the digital world on politics and society are still difficult to measure, and the speed with which these new technological tools evolve is often faster than a scholar’s ability to assess them, or a policymaker’s capacity to make them fit into existing institutional designs.
Since their early inception, digital tools and widespread access to the internet have been changing the traditional means of participation in politics, making them more effective. Electoral processes have become more transparent and effective in several countries where the paper ballot has been substituted for electronic voting machines. Petition-signing became a widespread and powerful tool as individual citizens no longer needed to be bothered out in the streets to sign a sheet of paper, but could instead be simultaneously reached by the millions via e-mail and have their names added to virtual petition lists in seconds. Protests and demonstrations have also been immensely revitalized in the internet era. In the last few years, social networks like Facebook and WhatsApp have proved to be a driving-force behind democratic uprisings, by mobilizing the masses, invoking large gatherings, and raising awareness, as was the case of the Arab Spring.
While traditional means of political participation can become more effective by reducing the costs of participation with the use of ICT tools, one cannot yet assure that it would become less subject to distortion and manipulation. In the most recent United States’ elections, computer scientists claimed that electronic voting machines may have been hacked, altering the results in the counties that relied on them. E-petitions can also be easily manipulated, if safe identification procedures are not put in place. And in these times of post-facts and post-truths, protests and demonstrations can result from strategic partisan manipulation of social media, leading to democratic instability as has recently occurred in Brazil. Nevertheless, the distortion and manipulation of these traditional forms of participation were also present before the rise of ICT tools, and regardless, even if the latter do not solve these preceding problems, they may manage to make political processes more effective anyway.
The game-changer for democracy, however, is not the revitalization of the traditional means of political participation like elections, petition-signing and protests through digital tools. Rather, the real change on how democracy works, governments rule, and representation is delivered comes from entirely new means of e-participation, or the so-called digital democratic innovations. While the internet may boost traditional forms of political participation by increasing the quantity of citizens engaged, democratic innovations that rely on ICT tools may change the very quality of participation, thus in the long-run changing the nature of democracy and its institutions….(More)”
