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    Listening in the City: Designing Better Portable Listening Devices for Changing Environments

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    Lance Spicer Thesis May 2018 (5.935Mb)
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    http://hdl.handle.net/11603/10945
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    Author/Creator
    Spicer, Lance
    Date
    2018
    Type of Work
    Text
    theses
    Department
    Yale Gordon College of Arts and Sciences, Division of Science, Information Arts, and Technologies
    Program
    Interaction Design and Information Architecture
    Subjects
    Portable Listening Devices
    streaming, app, design, UX, user experience, visual arts, art, painting, drawing, sculpture, app design, website, web design, website design, branding, streaming service, streaming app
    Interaction Design
    Abstract
    The focus of this thesis is how the design of portable listening devices (PLDs) can improve the interaction between urban users and their environment. First, in a literature review, topics such as the sociology of PLD use, sound studies and soundscape, and existing PLD technology are discussed to identify gaps in both theory and product design. Then, in order to design for the whole user experience, the results of user surveys and semi-structured interviews are presented to identify how participants use their devices and what motivates their behaviors. As expected, the survey and interview participants revealed how differently people use listening devices. Most significantly, users often employ PLDs in one two ways: (1) to escape from those sounds and people around them or (2) to mix the intentional sound from headphones with incidental sounds of the environment as a way to aestheticize an experience. The data showed, however, people will often, over the course of the day, use PLDs both ways—at times as escapism and other times to mix with environmental sound. In addition, the data revealed how a user’s age and gender can affect how and when the device is used. Based on user feedback, this paper recommends that an ideal design is one which can adapt to the environment, improve safety and situational awareness, and allow the user to configure the device to accommodate their preferences. Finally, these recommendations are presented as wireframes to illustrate how these concepts can be implemented in future applications.

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    Robert L. Bogomolny Library
    University of Baltimore
    1420 Maryland Ave.
    Baltimore, MD 21201
    Email: knowledgeworks@ubalt.edu


    If you wish to submit a copyright complaint or withdrawal request, please email mdsoar-help@umd.edu.