DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY

The information collected by this monitoring system is visually presented through an intuitive user interface, enabling relevant users to efficiently track and monitor the condition of the mixing machines. The system interface displays the processing results in the form of machine repair order ti...

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Bibliographic Details
Main Author:	Baejah
Format:	Final Project
Language:	Indonesia
Online Access:	https://digilib.itb.ac.id/gdl/view/73883
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:73883
spelling	id-itb.:738832023-06-24T17:21:26ZDEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY Baejah Indonesia Final Project Front-end, Back-end, React, Flask, Dashboard. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/73883 The information collected by this monitoring system is visually presented through an intuitive user interface, enabling relevant users to efficiently track and monitor the condition of the mixing machines. The system interface displays the processing results in the form of machine repair order tickets, real-time machine data, machine abnormality warnings, repair duration, and repair schedules based on system recommendations. It is expected that the development of this real-time monitoring system can contribute positively to improving operational efficiency and reliability of the mixing machines in the factory. Additionally, this system can help reduce machine damage risks, optimize preventive maintenance, and enhance the effectiveness and efficiency of the maintenance process in the factory. text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
description	The information collected by this monitoring system is visually presented through an intuitive user interface, enabling relevant users to efficiently track and monitor the condition of the mixing machines. The system interface displays the processing results in the form of machine repair order tickets, real-time machine data, machine abnormality warnings, repair duration, and repair schedules based on system recommendations. It is expected that the development of this real-time monitoring system can contribute positively to improving operational efficiency and reliability of the mixing machines in the factory. Additionally, this system can help reduce machine damage risks, optimize preventive maintenance, and enhance the effectiveness and efficiency of the maintenance process in the factory.
format	Final Project
author	Baejah
spellingShingle	Baejah DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
author_facet	Baejah
author_sort	Baejah
title	DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
title_short	DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
title_full	DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
title_fullStr	DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
title_full_unstemmed	DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY
title_sort	development of user interface for a real-time monitoring system to determine risk analysis and the codition of mixing machines in the factory
url	https://digilib.itb.ac.id/gdl/view/73883
_version_	1822993398650372096

DEVELOPMENT OF USER INTERFACE FOR A REAL-TIME MONITORING SYSTEM TO DETERMINE RISK ANALYSIS AND THE CODITION OF MIXING MACHINES IN THE FACTORY

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