Sensor based warehouse monitoring and control

Muthukumar, S.; Sherine, W.; Mary, W. Sherine; Kamali, K.; Kavva, S.; Ramyadevi, G.

doi:10.1109/iceca.2018.8474744

Cited by 6 publications

(2 citation statements)

References 3 publications

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“…Boeck and Fosso Wamba (2008) analyzed the impact of RFID technology on the supplier-buyer relationship in the supply chain of the retail industry by case study. Muthukumar et al (2018) proposed a sensor-based warehouse system to monitor the temperature, humidity, gas and other data in the warehouse, to control the waste of food effectively. Jiang et al (2015) proposed a cotton warehouse fire alarm system based on IoT and used ZigBee wireless sensor network for data acquisition and transmission to control the fire effectively.…”

Section: Literature Reviewmentioning

confidence: 99%

An RFID and sensor technology-based warehouse center: assessment of new model on a superstore in China

Liu

Yao

Zeng

et al. 2019

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Purpose Large supermarkets, chain stores and enterprises with large-scale warehousing put forward higher standards and requirements for the automation and informatization of warehouses. As one of the fast-growing commercial supermarkets in China, the traditional warehouse management mode has restricted the rapid development of Yonghui Superstores to a certain extent. The purpose of this paper is to find out how the existing warehouse mode can be changed and to solve the existing problems of warehouse management of Yonghui Superstores. Design/methodology/approach This research puts forward construction of warehouse center, which is based on radio frequency identification (RFID) and sensor technology, then designs the model for receiving, storage, operations management, distribution and outbound to solve the existing problems of warehouse management of Yonghui Superstores. Findings What technologies should be adopted to meet storage requirements? How to monitor the storage environment in real time and improve the operation and management level of the warehouse? This study found that building a warehouse center based on RFID and sensor technology was a good solution. Research limitations/implications The Yonghui Superstores warehouse center model lacks corresponding simulation experiments, and the investment and income are difficult to estimate quantitatively. Practical implications This paper has designed and discussed the warehouse center model based on RFID and sensor technology, which provides a few references for the actual investment and construction of a warehouse center. In addition, the warehouse center model has strong generalized applicability and could be widely used in various enterprises. Social implications The warehouse center could improve the warehouse management level of Yonghui Superstores and change the traditional warehouse management mode. To some extent, it improves the enterprise flexibility of the market, which will be of great significance to improve business efficiency and enhance brand image and competitiveness. Originality/value This study takes Yonghui Superstores as a case to analyze the problems of warehousing management in detail and then designs a warehouse center based on RFID and sensor technology. The study discusses the location and distribution, software and hardware selection, benefits evaluation, significances and return on investment, which makes the warehouse center model versatile, technically feasible and economically applicable.

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Section: Literature Reviewmentioning

confidence: 99%

An RFID and sensor technology-based warehouse center: assessment of new model on a superstore in China

Liu

Yao

Zeng

et al. 2019

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“…has worked upon the technology for storing the food grains after post harvesting in [5]. Sensor based warehouse monitoring has been studied in [6,7]. Mona Haji has studied the major role of technology in the food PriMera Scientific Engineering https://primerascientific.com/psen IOT based Smart Food Grain Storage Monitoring System for Silos using Google Apps Script 15 storage monitoring system [8].…”

Section: Introductionmentioning

confidence: 99%

IOT based Smart Food Grain Storage Monitoring System for Silos using Google Apps Script

2023

PSEN

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This work is carried out to develop a system to maintain silos in a safe and hygienic environment to store food grains by monitoring them at regular intervals. We keep track of the parameters in the silo such as temperature, humidity, and carbon-di-oxide level concentrations. Values recorded at regular intervals of time help us analyze and visualize the data and observethe effects of these parameters on the food grains stored, while providing protection against pests, rodents and other organisms that can affect the yield. It has also been observed that while the grains are stored in such silos, due to the natural processes we have a lot of carbon-di-oxide concentration in the silos which has caused many fatal deaths of farmers. This issue has been mitigated in this work by implementing an emergency procedure which will be activated to open the grain bin and release the toxic gases from the silo. Through this work, we believe we can innovate in the grain storage space and solve the problems faced by the farmers.

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An IoT Based Environment Monitoring & Controlling System for Food Grain Warehouse

Parkhi¹,

Chavhan²,

Chandak³

et al. 2022

Lecture Notes in Networks and Systems

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Sensor based warehouse monitoring and control

Cited by 6 publications

References 3 publications

An RFID and sensor technology-based warehouse center: assessment of new model on a superstore in China

An RFID and sensor technology-based warehouse center: assessment of new model on a superstore in China

IOT based Smart Food Grain Storage Monitoring System for Silos using Google Apps Script

An IoT Based Environment Monitoring & Controlling System for Food Grain Warehouse

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