Open AccessUltrasound device selection by using F-ANP and COPRAS
Author(s) -
Humala Napitupulu
Publication year - 2019
Publication title -
iop conference series. materials science and engineering
Language(s) - English
Resource type - Journals
eISSN - 1757-899X
pISSN - 1757-8981
DOI - 10.1088/1757-899x/505/1/012083
Subject(s) - analytic network process , fuzzy logic , selection (genetic algorithm) , computer science , moment (physics) , process (computing) , operations research , mathematics , artificial intelligence , analytic hierarchy process , physics , classical mechanics , operating system
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.