Correct predictions are in blue. If we detect only a subset of a labelled sentence, we highlight the caught part as blue, the missing part light blue. False positives are in green and false negatives are in red.

Problem Assembly_Scheduling — Constraint detection

This model is to determine the order of a set of custom computers to be processed on an assembly line . Once the order is assigned , it is kept from start to finish . The custom computers have different lists of components to be contained in them , which are given in the array computer . The ordering of the computers is constrained by the following assembly rules for each component : there must be a minimum number of computers in a row that need this component -LRB- minSeq -RRB- ; there is a upper bound on the number of computers in a row that can have that component ; and each component also has a list of illegal followers -LRB- illegalFollowers -RRB- so that the next computer can not contain a component which appears in the illegal followers list for this component . These restrictions may be due to set-up times , bottlenecks , etc. .

Problem Assembly_Scheduling — Detection of the decisions and objects to be modeled

This model is to determine the order of a set of custom computers to be processed on an assembly line . Once the order is assigned , it is kept from start to finish . The custom computers have different lists of components to be contained in them , which are given in the array computer . The ordering of the computers is constrained by the following assembly rules for each component : there must be a minimum number of computers in a row that need this component -LRB- minSeq -RRB- ; there is a upper bound on the number of computers in a row that can have that component ; and each component also has a list of illegal followers -LRB- illegalFollowers -RRB- so that the next computer can not contain a component which appears in the illegal followers list for this component . These restrictions may be due to set-up times , bottlenecks , etc. .

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