Assigning semantics to sensed human actions: a framework and steps towards an abstract model
Loke, Seng W and Tivendale, Chris 2009, Assigning semantics to sensed human actions: a framework and steps towards an abstract model, International Journal of Semantic Computing, vol. 3, no. 3, pp. 311-330, doi: 10.1142/S1793351X0900080X.
Title
Assigning semantics to sensed human actions: a framework and steps towards an abstract model
While there have been many applications that rely on sensors for human computer interaction, for monitoring environments, and for smart context-aware applications, many systems are built in an ad hoc manner, and targets specific domains. There will be a growing demand for such applications whether for everyday life or games. This paper reports on work in two directions towards general development strategies for sensor-driven systems: one is an XML programmable framework and the other an abstract relational model for specifying such sensor-based human computer interaction systems (together with the ability to formally define properties of such systems). While we describe a specific implementation and model, the paper advocates high-level programmability, and development via formal abstract specifications, as two important areas of research towards systematic development of sensor-based interaction systems.
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