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 Capital_Budgeting — Constraint detection

The purpose of this model is to help a firm invest on a set of proposed projects over time . Each of the projects brings a reward in each period once chosen . The objective is to maximize the total net present value -LRB- NPV -RRB- of the initial investment and final revenue . The model enables restrictions on the selection of projects , such as : one project must be chosen among a set of mutually exclusive projects . The solution to the model indicates the projects that will be selected and the timing of selection . A minimum balance constraint in each period can be ensured . Features : A project costs differently if it is chosen in different periods . The rewards of a project are different in different periods . Restrictions on the selection of projects are enabled . A minimum balance in each period can be ensured .

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

The purpose of this model is to help a firm invest on a set of proposed projects over time . Each of the projects brings a reward in each period once chosen . The objective is to maximize the total net present value -LRB- NPV -RRB- of the initial investment and final revenue . The model enables restrictions on the selection of projects , such as : one project must be chosen among a set of mutually exclusive projects . The solution to the model indicates the projects that will be selected and the timing of selection . A minimum balance constraint in each period can be ensured . Features : A project costs differently if it is chosen in different periods . The rewards of a project are different in different periods . Restrictions on the selection of projects are enabled . A minimum balance in each period can be ensured .

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