Ultrasound device selection by using F-ANP and COPRAS

1st International Conference on Industrial and Manufacturing Engineering

工业技术（总论）;机械制造

Napitupulu, Humala L.^1

Industrial Engineering Department, Technical Faculty, Universitas Sumatera, Utara Kampus USU, Medan

20155, Indonesia^1

关键词: Complex proportional assessments;    Fuzzy analytic network process;    Fuzzy ANP;    Medical Devices;    Medical services;    Selection criteria;    Ultrasound devices;   

Others  :  https://iopscience.iop.org/article/10.1088/1757-899X/505/1/012083/pdf
DOI  :  10.1088/1757-899X/505/1/012083

学科分类：工业工程学

来源: IOP

【 摘 要 】

Each company at a given moment must choose and decide on a required device from among the alternatives available in the market, which have distinct advantages and disadvantages to each other, such as the selection of Ultrasound as a medical device by a medical service unit. Selection can be done by using the "Fuzzy Analytic Network Process" and the "Complex Proportional Assessment" (COPRAS) method. Fuzzy ANP is used to determine the selection criteria with the highest weight, and then COPRAS is used to determine the best ultrasound sequence based on selection criteria obtained by Fuzzy ANP. The use of fuzzy ANP can give five criteria with the highest weight, and COPRAS shows the best among the five ultrasound alternatives. Each company at a given moment must choose and decide on a required device from among the alternatives available in the market, which have distinct advantages and disadvantages to each other, such as the selection of Ultrasound as a medical device by a medical service unit. Selection can be done by using the "Fuzzy Analytic Network Process" and the "Complex Proportional Assessment" (COPRAS) method. Fuzzy ANP is used to determine the selection criteria with the highest weight, and then COPRAS is used to determine the best ultrasound sequence based on selection criteria obtained by Fuzzy ANP. The use of fuzzy ANP can give five criteria with the highest weight, and COPRAS shows the best among the five ultrasound alternatives. Each company at a given moment must choose and decide on a required device from among the alternatives available in the market, which have distinct advantages and disadvantages to each other, such as the selection of Ultrasound as a medical device by a medical service unit. Selection can be done by using the "Fuzzy Analytic Network Process" and the "Complex Proportional Assessment" (COPRAS) method. Fuzzy ANP is used to determine the selection criteria with the highest weight, and then COPRAS is used to determine the best ultrasound sequence based on selection criteria obtained by Fuzzy ANP. The use of fuzzy ANP can give five criteria with the highest weight, and COPRAS shows the best among the five ultrasound alternatives. Each company at a given moment must choose and decide on a required device from among the alternatives available in the market, which have distinct advantages and disadvantages to each other, such as the selection of Ultrasound as a medical device by a medical service unit. Selection can be done by using the "Fuzzy Analytic Network Process" and the "Complex Proportional Assessment" (COPRAS) method. Fuzzy ANP is used to determine the selection criteria with the highest weight, and then COPRAS is used to determine the best ultrasound sequence based on selection criteria obtained by Fuzzy ANP. The use of fuzzy ANP can give five criteria with the highest weight, and COPRAS shows the best among the five ultrasound alternatives.