Urban design with emotions: Designing to cut stress of city commuting

To automatically measure emotions and stress levels, the researchers outfit their test subjects with sensors, similar to a wristwatch. "That allows us to measure skin conductance, body temperature and variations in heart rate that change, for instance, when someone is startled," explains Dr. Bernd Resch. The geoinformatics expert at the University of Salzburg and Heidelberg University leads the research project together with Dr. Peter Zeile of the Department of Regional and Environmental Planning at the Kaiserslautern University of Technology. Measurements can point to stress-inducing trouble spots in need of improvement, such as bike paths where cyclists continually encounter dangerous situations. "The sensors allow us to capture subjective feelings of safety, such as in an underpass. We can then check if this is a 'scary space' and how we can deal with it, ideally during the planning stage," explains Bernd Resch. The data is also expected to provide insight into stress caused by noise and heat, as well as the positive impact of urban planning measures such as green space as relaxation areas.

In addition to the measurements, the researchers are evaluating publicly accessible data from social networks like Twitter, Facebook, Flickr and Instagram. "We have a wealth of subjective, user-generated data at our disposal -- a well-suited source of data in a project targeted towards human personal feelings," underscores Dr. Resch. The scientists will use these sources to validate their results by checking whether the emotions measured correlate with the subjective assessments in the social media. "Not only is the location of the event important in the analysis, but also the semantics of the statements; therefore our innovative research approach also ties in computational linguistics," explains the geoinformatics expert. "The computer will detect emotions in a specific context, allowing planners to better evaluate them."

The goal of the "Urban Emotions" project is to discover how dynamic urban processes as yet unidentified can be captured and influenced using information on emotions. "Our vision is to create a system that actively involves the citizens in spatial observation. They are to help create another form of spatial perception and thus develop a new view of the city as a type of 'organism'," explains Dr. Zeile. The researchers are studying how to best capture emotion data, how resilient the data is and how to compile it for use in urban planning. "If successful, these new, creative methods will be a valuable addition to traditional urban planning," says Dr. Resch.

The teams in Heidelberg and Kaiserslautern are also receiving scientific and technical support from the Center for Geographic Analysis of Harvard University, the Civic Data Design Lab of the Massachusetts Institute of Technology in Cambridge (USA), and Research Studios Austria -- iSPACE in Salzburg.

Editor's Note: For more information, visit http://gepris.dfg.de/gepris/projekt/252146704?language=en