Your personality traits, among other factors, could let researchers predict your receptiveness to smartphone interruptions—texts, push alerts, social media messages, and more.
The model could lead to better ways to manage a blizzard of notifications and limit interruptions—if smartphone manufacturers get on board.
“Ideally, a smartphone notification management system should be like an excellent human secretary who knows when you want to be interrupted or left alone,” says Janne Lindqvist, an assistant professor in the department of electrical and computer engineering in the Rutgers University School of Engineering. “We know that people struggle with time management all the time, so a smartphone, instead of being a nuisance, could actually help with things.”
Currently, smartphone users can limit interruptions by turning off their ringers, but no system figures out when you want to receive notifications. “Preferably, your smartphone would recognize your patterns of use and behavior and schedule notifications to minimize interruptions,” says Lindqvist, who leads a research group focusing on human-computer interaction and security engineering.
Studies have shown that inappropriate or untimely smartphone interruptions annoy users, decrease productivity, and affect emotions, he says, so it’s important to choose the right time to interrupt people.
Are you available? And interruptible?
Lindqvist and doctoral student Fengpeng Yuan and Xiangyi Gao developed and evaluated a two-stage model to predict the degree to which people are interruptible by smartphones. The first stage is aimed at predicting whether a user is available at all or unavailable. The second stage gauges whether people are not interruptible, highly not interruptible, highly interruptible, interruptible, or neutral toward interruptions, according to Lindqvist.
They collected more than 5,000 smartphone records from 22 participants at Rutgers over four weeks, and they were able to predict how busy people were. That’s important because people can respond to different kinds of interruptions based on their level of busyness.
In a first, the researchers used major personality traits to help predict how interruptible people were. Study participants took a standard test to see how their personalities aligned with the “Big Five” personality traits in psychological theory—extroversion, agreeableness, conscientiousness, neuroticism, and openness.
In addition to building a model for interruptibility, the researchers studied the situations when participants’ interruptibility varied. When participants were in a pleasant mood, they were likely to be more interruptible than if they were in an unpleasant mood, the study shows.
The study also found that participants’ willingness to be interrupted varied based on their location. A few participants were highly interruptible at locations such as health care and medical facilities, possibly because they were waiting to see doctors. But participants were reluctant to be interrupted when they were studying and, compared with other activities, were less interruptible when exercising.
Ignore your relatives?
Lindqvist and his team are working on next steps that could lead to smarter smartphone notifications.
“We could, for example, optimize our model to allow smartphone customization to match different preferences, such as always allowing someone to interrupt you,” he says. “This would be something an excellent human secretary would know. A call from your kids or their daycare should always pass through, no matter the situation, while some people might want to ignore their relatives, for example.”
“Ideally, smartphones would learn automatically,” he says. “As it is today, the notification management system is not smart or only depends on a user’s setting, such as turning on or off certain notifications. Our model is different because it collects users’ activity data and preferences. This allows the system to learn automatically like a ‘human secretary,’ so it enables smart prediction.”
The peer-reviewed study will be presented in May at the ACM CHI Conference on Human Factors in Computing Systems in Denver, Colorado.
Source: Rutgers University