KANG Deshan, WANG Xueye, CHEN Nianyi, LU Wencong, ZHU Xingwen. V-PTC MATEHIAL AIDED DESIGN BASED ON ANN MULTIOBJECT METHODJ. Journal of Functional Materials and Devices, 1995, 1(2): 115-118.
Citation:
KANG Deshan, WANG Xueye, CHEN Nianyi, LU Wencong, ZHU Xingwen. V-PTC MATEHIAL AIDED DESIGN BASED ON ANN MULTIOBJECT METHODJ. Journal of Functional Materials and Devices, 1995, 1(2): 115-118.
KANG Deshan, WANG Xueye, CHEN Nianyi, LU Wencong, ZHU Xingwen. V-PTC MATEHIAL AIDED DESIGN BASED ON ANN MULTIOBJECT METHODJ. Journal of Functional Materials and Devices, 1995, 1(2): 115-118.
Citation:
KANG Deshan, WANG Xueye, CHEN Nianyi, LU Wencong, ZHU Xingwen. V-PTC MATEHIAL AIDED DESIGN BASED ON ANN MULTIOBJECT METHODJ. Journal of Functional Materials and Devices, 1995, 1(2): 115-118.
V-PTC MATEHIAL AIDED DESIGN BASED ON ANN MULTIOBJECT METHOD
The multiobject optimization design of V-PTC material is carried out by artificial neural network (ANN) and pattern recognition. Usiiig both partial correlation index method and features variant optimization method. the technical parameters for samples with good properties are found out and some optimized samples are designed and synthesized. Their predicted properties are confirmed experimentally.
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