Anfis-based control and digital process monitoring of food spray drying machine /Wilfred Ralph G. Gomez

By:

Gomez, Wilfred Ralph G

Material type: Text

TextManila TUP 2023Description: 204 pages : color illustration 28 cm. + 1 CD-ROM (4 ¾ in.)Content type:

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DIS T 185 G66 2023

Dissertation note: College of Industrial Education-- Doctor of Technology Technological University of the Philippines 2023 Abstract: Smart technologies disrupted the way the people live and helped solve 21st century problems in food manufacturing systems. In such case, these technologies can help preserve food products thru powderization by using Spray-drying machines. However, existing control methods like PID algorithm built-in in these Spray-drying machines proposes several issues in maintaining high accuracy in developing new native products that results in high-quality powders. Said problems prompted this study at designing an ANFIS-Based Control System and Digital Process Monitoring for Food Spray Drying Machine. Results revealed that testing the hardware components, designing a User Interface (UI), and adopting software components such as ANFIS Machine Learning contributed to having high accuracy in controlling the inlet temperature, feedrate, blower fan speed, and the needle speed. In addition, said activities combined with using the digital process monitoring feature unanimously improved the user's perceived smartness and usability of the prototype. This implies that the prototype can be effectively used to powderize native products which may significantly contribute to nation building-Author's abstract.

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Holdings
Item type	Current library	Call number	Status	Notes	Date due	Barcode
Dissertation	TUP Manila Library	DIS T 185 G66 2023 c.2 (Browse shelf(Opens below))	Not for loan	For room use only		DIS0002276
Dissertation	TUP Manila Library	DIS T 185 G66 2023 c.1 (Browse shelf(Opens below))	Not for loan	For room use only		DIS0002155

Dissertation

College of Industrial Education-- Doctor of Technology Technological University of the Philippines 2023

Smart technologies disrupted the way the people live and helped solve 21st century problems in food manufacturing systems. In such case, these technologies can help preserve food products thru powderization by using Spray-drying machines. However, existing control methods like PID algorithm built-in in these Spray-drying machines proposes several issues in maintaining high accuracy in developing new native products that results in high-quality powders. Said problems prompted this study at designing an ANFIS-Based Control System and Digital Process Monitoring for Food Spray Drying Machine. Results revealed that testing the hardware components, designing a User Interface (UI), and adopting software components such as ANFIS Machine Learning contributed to having high accuracy in controlling the inlet temperature, feedrate, blower fan speed, and the needle speed. In addition, said activities combined with using the digital process monitoring feature unanimously improved the user's perceived smartness and usability of the prototype. This implies that the prototype can be effectively used to powderize native products which may significantly contribute to nation building-Author's abstract.

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