DR. SHILPA PARKHI

Title:Bluetooth Low Energy (BLE) technology for asset tracking - application in manufacturing industry.Year: 2020
Authors: Akshit Goel, Shilpa Parkhi Journal: Psychology and Education Publication date: 2020 Publisher: Scopus URL: click here Abstract In post covid scenario where remote working is the new normal digitalization and use of IoT is the need of the hour. In most manufacturing environment now focus will be to increase the competitiveness and productivity. Optimum use of men and material requires improved production/assembly line management and information about location of resources. Automatic asset tracking in production/assembly line empowers manager to take data driven decisions. Bluetooth Low Energy (BLE) is one such technology for effectively monitoring resources movement and improving performance and safety of production/assembly line. Since BLE technology is not popular in manufacturing environment the aim of the study is to prioritize most critical waste in production/assembly line and showcase the use of BLE technology for asset tracking. A framework is proposed to leverage the technology and to reduce the waste

Title:Bluetooth Low Energy (BLE) technology for asset tracking - application in manufacturing industry.Year: 2020

Authors: Akshit Goel, Shilpa Parkhi
Journal: Psychology and Education
Publication date: 2020
Publisher: Scopus
URL: click here

Abstract

In post covid scenario where remote working is the new normal digitalization and use of IoT is the need of the hour. In most manufacturing environment now focus will be to increase the competitiveness and productivity. Optimum use of men and material requires improved production/assembly line management and information about location of resources. Automatic asset tracking in production/assembly line empowers manager to take data driven decisions. Bluetooth Low Energy (BLE) is one such technology for effectively monitoring resources movement and improving performance and safety of production/assembly line.
Since BLE technology is not popular in manufacturing environment the aim of the study is to prioritize most critical waste in production/assembly line and showcase the use of BLE technology for asset tracking. A framework is proposed to leverage the technology and to reduce the waste

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