id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-103475-90k21u1w	de Giorgio, Andrea	Procedural knowledge and function blocks for smart process planning	2020-12-31		.txt	text/plain	7016	345	53	This paper introduces a procedural knowledge process (PKP) approach to capturing and defining unexpected events, while a process step is able to perform its required functions and transfer that information as machine-understandable knowledge about a failure mode. However, FBs are event-driven systems and the approach is limited to work under well-known runtime conditions, e.g. machine configurations and states, or deviations which are impossible to foresee in advance, for instance the outcome of a process failure mode effects analysis (PFMEA). Finally, the paper explains how PKBs can bridge a functional gap and enhance current FBs approaches by capturing human actions upon unexpected events and embed successful solutions as procedural knowledge into common FBs. A simple industrial manufacturing use case shows how an operator can stay in the loop and transfer their knowledge.	./cache/cord-103475-90k21u1w.txt	./txt/cord-103475-90k21u1w.txt