Chapter 14: Simulation-based generation of rescheduling knowledge using a cognitive architecture
Jorge Andrés Palombarinia,b; Juan Cruz Barscea; Ernesto Carlos Martínezc aInformation Systems Engineering Department (UTN-FRVM), Villa Maria, ArgentinabIMITAB (CONICET-UNVM), Villa Maria, ArgentinacINGAR - Development and Design Institute (CONICET-UTN), Santa Fe, Argentina
Abstract
No schedule can withstand the test of time. Unexpected disruptions are ubiquitous in manufacturing shop-floors and supply chains. Automating rescheduling decisions is thus essential to increase the type and level of autonomy used to respond timely to unplanned events. Problem-specific rescheduling knowledge is often scarce or unavailable. In this work, based on the Soar ...
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