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The expanding use of smartphones and mobile devices for use in scientific testing and research beyond everyday tasks presents the capability to conduct dynamic response measurements of bridges and other structures with relatively little upfront investment in resources compared to more traditional dynamic response sensing methods. This study investigates the feasibility of several such options for future use in developing a dynamic response measurement system. The researchers evaluate two sensing methods for accuracy and usability: a commonly available mobile device in conjunction with a commercially available app and a non-contact camera-based sensor system. The authors report the limits of the devices and their potential application in a structural health monitoring system, and qualitatively evaluate the devices for their relative ease of use and applicability on a structure in field and laboratory environments. Results show sufficient accuracy with both the mobile device and camera-based sensor systems for use in dynamic response testing of

Development of RDSETGO: A Rapidly Deployable Structural Evaluation Toolkit for Global Observation