Solving the Manufacturing Cell Design Problem through Binary Cat Swarm Optimization with Dynamic Mixture Ratios

Table 10

New instances from other authors.

Problem	Author	Machines	Parts	Cells	Mmax
CFP01	King and Nakornchai [49]	5	7	2	3
CFP02	Waghodekar and Sahu [50]	5	7	2	4
CFP03	Seifoddini [51]	5	18	2	3
CFP04	Kusiak and Cho [52]	6	8	2	3
CFP05	Kusiak and Chow [53]	7	11	5	2
CFP06	Boctor [48]	7	11	4	2
CFP07	Seifoddini and Wolfe [54]	8	11	4	3
CFP08	Chandrasekharan and Rajagopalan [55]	8	20	3	4
CFP09	Chandrasekharan and Rajagopalan [56]	8	20	2	5
CFP10	Mosier and Taube [57]	10	10	5	4
CFP11	Chan and Milner [58]	10	15	3	4
CFP12	Askin and Subramanian [59]	14	24	7	3
CFP13	Stanfel [60]	14	24	7	3
CFP14	McCormick et al. [61]	16	24	8	5
CFP15	Srinivasan et al. [62]	16	30	6	6
CFP16	King [63]	16	43	8	4
CFP17	Carrie [64]	18	24	9	4
CFP18	Mosier and Taube [65]	20	20	6	7
CFP19	Kumar et al. [66]	23	20	7	6
CFP20	Carrie [64]	20	35	5	5
CFP21	Boe and Cheng [67]	20	35	5	5
CFP22	Chandrasekharan and Rajagopalan [68]	24	40	12	5
CFP23	Chandrasekharan and Rajagopalan [68]	24	40	7	5
CFP24	Chandrasekharan and Rajagopalan [68]	24	40	7	5
CFP25	Chandrasekharan and Rajagopalan [68]	24	40	11	5
CFP26	Chandrasekharan and Rajagopalan [68]	24	40	12	3
CFP27	Chandrasekharan and Rajagopalan [68]	24	40	12	3
CFP28	McCormick et al. [61]	27	27	6	11
CFP29	Carrie [64]	28	46	10	4
CFP30	Kumar and Vannelli [69]	30	41	14	4
CFP31	Stanfel [60]	30	50	13	3
CFP32	Stanfel [60]	30	50	14	4
CFP33	King-Nakornchai [49]	36	90	17	6
CFP34	McCormick et al. [61]	37	53	3	15
CFP35	Chandrasekharan and Rajagopalan [70]	40	100	10	6