Visualizing of Fitness App Data Helps People Reach Goals

July 8, 2014
University of Washington researchers have developed visual tools to help self-trackers understand their daily activity patterns over a longer period and in more detail than current life-logging programs can offer. Their study found that people generally had an easier time meeting personal fitness and activity goals when they could see their data presented in a broader, more visual way.

University of Washington researchers have developed visual tools to help self-trackers understand their daily activity patterns over a longer period and in more detail than current life-logging programs can offer. Their study found that people generally had an easier time meeting personal fitness and activity goals when they could see their data presented in a broader, more visual way.

The researchers hope their findings will influence the data analysis capabilities of life-logging applications. They have plans to develop tools that target specific aspects of a person’s life, including reaching step goals and making healthy food choices.

Smartphone life-logging applications such as “Moves” and “Saga” that passively record location and physical activity are becoming more popular, as are other tracking tools like “FitBit,” “FourSquare,” “MyFitnessPal” and “SleepCycle.” But while these programs are useful for tracking day-to-day workouts or activities, there isn’t a way to help people pinpoint why they behave the way they do or what, specifically, they might do differently to meet their goals.

The UW team wants to anticipate what people want and need from these tools, and develop ways to provide them with insights into their behavior and factors that affect it. For the study, 14 West Coast participants ages 23 to 66 used the “Moves” application—recently acquired by Facebook—on their smartphones for one month last summer, passively recording types of activities and locations visited. During the month, the researchers interviewed participants several times about their preferences and ease of use.

Afterward, the researchers sliced into the data generated by each person to pull out subsets to help participants explore their data and discover trends. Examples are the type of transportation chosen based on trip distance, or the average work commute time based on the weather that day. They then displayed these relationships through a series of visualizations, including graphs, tables and maps.

All of the participants found the information to be more helpful in achieving fitness and activity goals than if they simply used the smartphone app.

“Personal activity tracking is getting more robust and there are more applications to choose from, but people often don’t get any value from their data, because you can’t see it displayed over time or in a larger context,” said James Fogarty, a UW associate professor of computer science and engineering, in a prepared statement. “We think visualizations like these are the future of how people will look back at their own data to find meaningful or actionable information.”

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