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information and communications technologies

Good Open Data. . . by design

Victoria L. Lemieux's picture
An unprecedented number of individuals and organizations are finding ways to explore, interpret and use Open Data. Public agencies are hosting Open Data events such as meetups, hackathons and data dives. The potential of these initiatives is great, including support for economic development (McKinsey, 2013), anti-corruption (European Public Sector Information Platform, 2014) and accountability (Open Government Partnership, 2012). But is Open Data’s full potential being realized?

A news item from Computer Weekly casts doubt. A recent report notes that, in the United Kingdom (UK), poor data quality is hindering the government’s Open Data program. The report goes on to explain that – in an effort to make the public sector more transparent and accountable – UK public bodies have been publishing spending records every month since November 2010. The authors of the report, who conducted an analysis of 50 spending-related data releases by the Cabinet Office since May 2010, found that that the data was of such poor quality that using it would require advanced computer skills. 
 
Data ambassadors wrapping up at
DataDive2013. Photo:
Carlos Teodoro Linares Carvalho.
 
Far from being a one-off problem, research suggests that this issue is ubiquitous and endemic. Some estimates indicate that as much as 80 percent of the time and cost of an analytics project is attributable to the need to clean up “dirty data” (Dasu and Johnson, 2003).
 
In addition to data quality issues, data provenance can be difficult to determine. Knowing where data originates and by what means it has been disclosed is key to being able to trust data. If end users do not trust data, they are unlikely to believe they can rely upon the information for accountability purposes. Establishing data provenance does not “spring full blown from the head of Zeus.” It entails a good deal of effort undertaking such activities as enriching data with metadata – data about data – such as the date of creation, the creator of the data, who has had access to the data over time and ensuring that both data and metadata remain unalterable.

A global information society: are we there yet?

Samia Melhem's picture
Gender and inclusion
must be more
integrated into global
information and 
​communication
technology
​(ICT) strategies.
The concept of a global information society is one of the most discussed and misunderstood “Big Ideas” of our time. While we’ve made gigantic strides toward connecting the world through information and communication technologies (ICTs), we have not attained that goal.
 
Over the last decade, ICTs have contributed to globalization, shaped economies, transformed society and changed our history. Companies that didn’t exist in 2003 – including Facebook and Twitter – are now essential components of media strategies and contribute to job creation. Broadband drives economic development across the world, and there are more than seven billion mobile cellular subscriptions.
 
Despite this meteoric change, we’re not quite there yet. While billions of people are already connected to these systems and opportunities, we need much more collaboration to bring about an information society for everyone.

Health information systems in developing countries: Star Wars or reality?

Patricio V. Marquez's picture

(Doctor at the GP office working with prescriptions. Kirov, Russia. Credit: Dmitry Kirillov/World Bank)

In the late 1990s, an international consultant told me that a proposed electronic health information system in the Dominican Republic was “like Star Wars and will not work in this country.”

 

Our objective was to improve service delivery by virtually connecting health providers to share medical records with one another as patients moved from health centers to hospitals. We learned that this was much more than an overnight task, requiring a sustained medium-term effort by the government to get the system fully up and running.

 

In recent years, I’ve seen similar efforts realized in the Russian Federation, Georgia, Azerbaijan and Botswana. In two Russian regions, Chuvash Republic and Voronezh Oblast, for example, electronic records are helping coordinate the flow of clinical and financial information across the health systems as facilities, departments within hospitals, and health insurance agencies have been “virtually” connected through broadband networks. The electronic records are supporting clinical decision-making, facilitating performance measurement and pay-for-performance initiatives, and ultimately the continuity of care as patients move across the health system. Inter- and intra-regional medical consultations and distance learning activities are also being supported by telemedicine networks that connect specialized hospitals with general facilities.