Menu

automation

Ethics, Interviews, Social Data Science

Our knowledge of how automated agents interact is rather poor (and that could be a problem)

Previous article Next article
by David Sutcliffe

We might expect bot interactions to be relatively predictable and uneventful.

by David Sutcliffe

Wikipedia uses editing bots to clean articles: but what happens when their interactions go bad? Image of "Nomade", a sculpture in downtown Des Moines by Jason Mrachina (Flickr CC BY-NC-ND 2.0).

Recent years have seen a huge increase in the number of bots online—including search engine Web crawlers, online customer service chat bots, social media spambots, and content-editing bots in online collaborative communities like Wikipedia. (Bots are important contributors to Wikipedia, completing about 15% of all Wikipedia edits in 2014 overall, and more than 50% in certain language editions.) While the online world has turned into an ecosystem of bots (by which we mean computer scripts that automatically handle repetitive and mundane tasks), our knowledge of how these automated agents interact with each other is rather poor. But being automata without capacity for emotions, meaning-making, creativity, or sociality, we might expect bot interactions to be relatively predictable and uneventful. In their PLOS ONE article “Even good bots fight: The case of Wikipedia”, Milena Tsvetkova, Ruth García-Gavilanes, Luciano Floridi, and Taha Yasseri analyse the interactions between bots that edit articles on Wikipedia. They track the extent to which bots undid each other’s edits over the period 2001–2010, model how pairs of bots interact over time, and identify different types of interaction outcomes. Although Wikipedia bots are intended to support the encyclopaedia—identifying and undoing vandalism, enforcing bans, checking spelling, creating inter-language links, importing content automatically, mining data, identifying copyright violations, greeting newcomers, etc.—the authors find they often undid each other’s edits, with these sterile “fights” sometimes continuing for years. They suggest that even relatively “dumb” bots may give rise to complex interactions, carrying important implications for Artificial Intelligence research. Understanding these bot-bot interactions will be crucial for managing social media, providing adequate cyber-security, and designing autonomous vehicles (that don’t crash). We caught up with Taha Yasseri and Luciano Floridi to discuss the implications of the findings: Ed.: Is there any particular difference between the way individual bots interact (and maybe get bogged down in conflict), and lines of vast and complex code interacting badly, or having unforeseen results (e.g. flash-crashes in automated trading):…

Wikipedia uses editing bots to clean articles: but what happens when their interactions go bad? Image of "Nomade", a sculpture in downtown Des Moines by Jason Mrachina (Flickr CC BY-NC-ND 2.0).

Health, Wellbeing

We should look to automation to relieve the current pressures on healthcare

Previous article Next article
by c

Automation may address these pressures in primary care, while also reconfiguring the work of staff roles and changing the patient-doctor relationship.

by c

Image by TheeErin (Flickr CC BY-NC-ND 2.0), who writes: “Working on a national cancer research project. This is the usual volume of mail that comes in two-days time.”

In many sectors, automation is seen as a threat due to the potential for job losses. By contrast, automation is seen as an opportunity in healthcare, as a way to address pressures including staff shortages, increasing demand and workloads, reduced budget, skills shortages, and decreased consultation times. Automation may address these pressures in primary care, while also reconfiguring the work of staff roles and changing the patient-doctor relationship. In the interview below, Matt Willis discusses a project, funded by The Health Foundation, which looks at opportunities and challenges to automation in NHS England general practice services. While the main goal of the project is to classify work tasks and then calculate the probability that each task will be automated, Matt is currently conducting ethnographic fieldwork in primary care sites to understand the work practices of surgery staff and clinicians. Since the first automated pill counting machine was introduced in 1970 the role of the pharmacist has expanded to where they now perform more patient consultations, consult with primary care physicians, and require greater technical skill (including a Pharm.D degree). While this provides one clear way in which a medical profession has responded to automation, the research team is now looking at how automation will reconfigure other professions in primary care, and how it will shape its technical and digital infrastructures. We caught up with Matt Willis to explore the implications of automation in primary care. Ed.: One finding from an analysis by Frey and Osborne is that most healthcare occupations (that involve things like social intelligence, caring etc.) show a remarkably low probability for computerisation. But what sorts of things could be automated, despite that? Matt: While providing care is the most important work that happens in primary care, there are many tasks that support that care. Many of those tasks are highly structured and repetitive, ideal things we can automate. There is an incredible amount of what I call…

Image by TheeErin (Flickr CC BY-NC-ND 2.0), who writes: “Working on a national cancer research project. This is the usual volume of mail that comes in two-days time.”

Close Menu