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A. K. Erlang amount of truncation autocorrelation average shop utilization average utilization Computer Output Conway Conway's composite procedure COVERT-A criteria of performance DIFFERENT RULES TESTED dispatching rule due date oriented due dates tightness egual evaluate expected waiting experimental surface experiments Figure gueue higher moments hypotheses intermediate moments Jackson job shop jobs tardy level of congestion level of truncation loose due dates low moments machine center maximum tardiness mean tardiness minimize normal due dates number of jobs number of operations obtained Oldziey's composite procedures Output for Different parameters percentage of jobs primary rule SPT priority rules problem reguired remaining slack Respect to Selected rule COVERT rule SPT-T scheduling rule SPT secondary rule S/OPN Selected Moments Shortest Processing simulation slack per operation SPT-T with Respect tardiness distribution tardy jobs TESTED AT 70 tight due dates truncate the rule TRUNCATION EXPERIENCED truncation levels truncation process Utilization under Tight waiting lines