A simulation-based hybrid backward scheduling framework for manufacturing systems

Christodoulos Lalas (1) , Dimitris Mourtzis (2) , Nikolaos Papakostas (3) , George Chryssolouris (4)

1 Mechanical Engineering and Aeronautics
2 Mechanical Engineering and Aeronautics
3 Mechanical Engineering and Aeronautics
4 Mechanical Engineering and Aeronautics

This paper presents a hybrid backward scheduling method, referred to as HBS, which mainly addresses discrete manufacturing environments. It operates under the framework of hierarchical finite capacity shop floor modelling and discrete event simulation. HBS applies a set of transformation relations in order to convert a finite capacity forward scheduling method (FS) that can employ different assignment policies to their backward counterparts. These policies include both single criterion conventional dispatching rules, as well as an adjustable multiple-criteria decision making technique that can take into consideration a number of different conflicting criteria, such as flowtime, tardiness and manufacturing cost. Performance of the HBS method was studied through a set of simulation experiments in a typical textile industry and was evaluated through a number of relevant performance indicators.

Mots clés: Physical Sciences

Christodoulos Lalas, Dimitris Mourtzis, Nikolaos Papakostas, George Chryssolouris. A simulation-based hybrid backward scheduling framework for manufacturing systems. International Journal of Computer Integrated Manufacturing, 2006, 19 (08), pp.762-774. ⟨10.1080/09511920600678827⟩. ⟨hal-00513377⟩