Normalization of Regular Scheduling Criteria with Dynamic Constraint
Normalization of Regular Scheduling Criteria with Dynamic Constraint is a scholarly work, published in 2024 in ''Mathematical Modelling of Engineering Problems''. The main subjects of the publication include normalization, scheduling, computer science, mathematical optimization, dynamic priority scheduling, mathematics, job-shop scheduling, and algorithm. The introduction of dynamic constraints to multi -criteria scheduling problems with regular objective function makes release dates a variable.Therefore, normalization equations for linear composite objective function are influenced by the release date.This work established the equations using the linear min-max method.Normalization equations for twelve (12) different objective functions, with both the cost and benefit orientation equations are established.The need for normalization was also established and the basis for deriving normalization equation for any multicriteria scheduling problems from the single criteria objective was established.The normalization equations for some multicriteria scheduling problems found in the literature were also established.This work will encourage researcher to explored composite objective functions for quantitative analysis of multicriteria problems.