SESFAC: A Scheduling Expert System for Flexible Assembly Cell

Application of Fuzzy Logic to Multi-Objective Scheduling Problems in Robotic Flexible Assembly Cells

“…The studies in the second category investigated simulation as an approach to scheduling RFACs, for instance, Gilbert et al [14], Hsu and Fu [15] and Barral et al [16]. There are only two studies in the third category, by Brussel et al [17] and Dell Valle and Camacho [18], which implemented expert systems approaches to solve scheduling problems. The major limitation of the above studies is that they concentrated on assembly of only one type of product at a time.…”

Application of Fuzzy Logic to Multi-Objective Scheduling Problems in Robotic Flexible Assembly Cells

“…The studies in the second category investigated simulation as an approach to scheduling RFACs, for instance, Gilbert et al [14], Hsu and Fu [15] and Barral et al [16]. There are only two studies in the third category, by Brussel et al [17] and Dell Valle and Camacho [18], which implemented expert systems approaches to solve scheduling problems. The major limitation of the above studies is that they concentrated on assembly of only one type of product at a time.…”

Application of Fuzzy Logic to Multi-Objective Scheduling Problems in Robotic Flexible Assembly Cells

“…The studies in the second category investigated simulation as an approach to scheduling RFACs, for instance, Gilbert et al [14], Hsu and Fu [15] and Barral et al [16]. There are only two studies in the third category, by Brussel et al [17] and Dell Valle and Camacho [18], which implemented expert systems approaches to solve scheduling problems. The major limitation of the above studies is that they concentrated on assembly of only one type of product at a time.…”

Application of Fuzzy Logic to Multi-Objective Scheduling Problems in Robotic Flexible Assembly Cells

“…The studies in the second category investigated simulation as an approach to scheduling RFACs, for instance, Gilbert et al [14], Hsu and Fu [15] and Barral et al [16]. There are only two studies in the third category, by Brussel et al [17] and Dell Valle and Camacho [18], which implemented expert systems approaches to solve scheduling problems. The major limitation of the above studies is that they concentrated on assembly of only one type of product at a time.…”