Systems Management of Alert Responsive Tasks: SMART A.I.

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Ian James Malloy


The engineering of SMART was funded by the NASA South Dakota Space Grant Consortium and resulted in the architecture outlined in this technical write-up. The entire system has been proven decidable by modeling the system in a predicate calculus that was converted into a context-free grammar. A compiler has also been included in the system to convert the regular languages into an irregular language. SMART (patent pending) is multi-sensory intelligence capable of unifying all input into a single representation to calculate tasks to be performed. It is currently being implemented in SWI-Prolog. This research has been presented at Augustana College’s (Sioux Falls, USA) annual Symposium in 2011 and can be viewed at


Keywords: cognition, binding, artificial intelligence, multi-sensory intelligence.


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