State-dependent Scheduling for Manufacturing SystemsUniversity of Wisconsin--Madison, 1992 - 470 pages |
Contents
LITERATURE REVIEW | 8 |
A STATEDEPENDENT SCHEDULING APPROACH | 46 |
APPLICATIONS | 107 |
5 other sections not shown
Common terms and phrases
algorithm alternative analytic Appendix applicable approach blocked buffer cccc1 cccc2 Chapter complex considered define definition depends determine developed discussed dispatching effect empty equal equations Erlang estimate event example experiments exponential exponential assumption factor FCFS Figure Finally flow shops four functions heuristics holding identification implementation increases indicator variables iteration algorithm leads levels Line machine machine h manufacturing systems mean non-decision observe operation optimal decisions optimal policy optimal schedule otherwise performance phase presented probabilities procedure processing time distributions production random rates reduced relative remaining processing respectively reward robot robot speed robotic manufacturing cell rule base scenarios scheduling problems scheduling rules SDSA selects shown simulation solve space state-dependent scheduling Step successor suggests Table Term throughput transition parameters variables waiting