FlyLoop: a micro framework for rapid development of physiological computing systems.
EICS(2015)
摘要
ABSTRACTWith the advent of wearable computing, cheap, commercial-grade sensors have broadened the accessibility to real-time physiological sensing. While there is considerable research that explores leveraging this information to drive intelligent interfaces, the construction of such systems have largely been limited to those with significant technical expertise. Even seasoned programmers are forced to tackle serious engineering challenges such as merging data from multiple sensors, applying signal processing algorithms, and modeling user state in real-time. These hurdles limit the accessibility and replicability of physiological computing systems, and more broadly intelligent interfaces. In this paper, we present FlyLoop - a small, lightweight Java framework that enables programmers to rapidly develop, and experiment with intelligent systems. By focusing on simplicity and modularity rather than device compatibility or software dependencies, we believe that FlyLoop can broaden the participation in next-generation user interfaces, and encourage systems that can be communicated and reproduced.
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