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Results: 3
CHEMICAL-PLANT FAULT-DIAGNOSIS THROUGH A HYBRID SYMBOLIC-CONNECTIONIST MACHINE LEARNING APPROACH
Authors: OZYURT B SUNOL AK CAMURDAN MC MOGILI P HALL LO
Citation: B. Ozyurt et al., CHEMICAL-PLANT FAULT-DIAGNOSIS THROUGH A HYBRID SYMBOLIC-CONNECTIONIST MACHINE LEARNING APPROACH, Computers & chemical engineering, 22(1-2), 1998, pp. 299-321
A HIERARCHICAL APPROACH TO SIMULTANEOUS DESIGN OF PRODUCTS AND PROCESSES
Authors: OZYURT B MOGILI P MIERAU B SUNOL SG SUNOL AK
Citation: B. Ozyurt et al., A HIERARCHICAL APPROACH TO SIMULTANEOUS DESIGN OF PRODUCTS AND PROCESSES, Computers & chemical engineering, 20, 1996, pp. 73-78
CHEMICAL-PLANT FAULT-DIAGNOSIS THROUGH A HYBRID SYMBOLIC-CONNECTIONIST APPROACH AND COMPARISON WITH NEURAL NETWORKS
Authors: OZYURT B SUNOL AK CAMURDAN MC MOGILI P HALL LO
Citation: B. Ozyurt et al., CHEMICAL-PLANT FAULT-DIAGNOSIS THROUGH A HYBRID SYMBOLIC-CONNECTIONIST APPROACH AND COMPARISON WITH NEURAL NETWORKS, Computers & chemical engineering, 19, 1995, pp. 753-758
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