International Technical Conference Proceedings: Advance Planning and Integrated Control Systems, October 11, 12 and 13, 1972, Royal York Hotel, Toronto, Canada |
From inside the book
Results 1-3 of 67
Page 159
... output from AIMS for the specific case of using the safety factor itself as the management policy variable . Exhibit II shows the output from SAFETY to minimize the number of shortage occurrences for a given investment in safety stock ...
... output from AIMS for the specific case of using the safety factor itself as the management policy variable . Exhibit II shows the output from SAFETY to minimize the number of shortage occurrences for a given investment in safety stock ...
Page 180
... output are the sums of the inputs and output for each individual process . This implies that each item present in the system being modeled must satisfy a material balance equation . Processes such as those with by- products produced ...
... output are the sums of the inputs and output for each individual process . This implies that each item present in the system being modeled must satisfy a material balance equation . Processes such as those with by- products produced ...
Page 362
... outputs . INPUT PROCESS 1 Feedback Measurement of output OUTPUT Quan./Time Quality Cost COMPARISON OF ACTUAL AND DESIRED 0 / P AND DECISION TO MODIFY O / P OR PROCESS CONTROL Traditional Systems Theory Schematic FIGURE I T NO CHANGE ...
... outputs . INPUT PROCESS 1 Feedback Measurement of output OUTPUT Quan./Time Quality Cost COMPARISON OF ACTUAL AND DESIRED 0 / P AND DECISION TO MODIFY O / P OR PROCESS CONTROL Traditional Systems Theory Schematic FIGURE I T NO CHANGE ...
Contents
ADVANCE PLANNING | 1 |
INTEGRATED CONTROL SYSTEMS | 12 |
WHAT DOES A LOCAL UNION EXPECT | 116 |
Copyright | |
6 other sections not shown
Common terms and phrases
activities allocation analysis APICS application approach backorders basic Bill of Material commodity components control system cost creative data base decision demand determine dollar EASTERN DAYLIGHT economic economic order quantity effective employees Engineering ENTER equipment evaluation example Figure forecast function Gantt Chart implementation improve increase individual industry input inventory control inventory control system inventory levels inventory management job enrichment kseq linear programming load machine manufacturing Material Requirements Planning materials handling materials management method minimize modules month operation Operations Research optimal order picking order quantity organization output performance period PICM planned order plant policy variable problem procedures Production and Inventory production control production plan production scheduling purchase reorder point replenishment Requirements Planning safety stock SASU sequence setup SPARC specific storage structure sub-system techniques units usage warehouse X.XX