2010
DOI: 10.17660/actahortic.2010.877.186
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Remote Monitoring of Fruit Postharvest Behaviour Based on Sensor Networks

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“…As a result of developments in the data-generation/processing and sensing node-integration concepts, the application concepts for WSNs can be broadly described as those that rely on stationary sensing nodes for mapping of chemical sources, , mobile sensing nodes for dynamic localization of chemical sources, , real-time chemical condition monitoring of high-value goods and their associated storage conditions, , and combination of sensing nodes with an intelligent inventory management …”
Section: Wireless Sensor Networkmentioning
confidence: 99%
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“…As a result of developments in the data-generation/processing and sensing node-integration concepts, the application concepts for WSNs can be broadly described as those that rely on stationary sensing nodes for mapping of chemical sources, , mobile sensing nodes for dynamic localization of chemical sources, , real-time chemical condition monitoring of high-value goods and their associated storage conditions, , and combination of sensing nodes with an intelligent inventory management …”
Section: Wireless Sensor Networkmentioning
confidence: 99%
“…448,450,451 Significant advantages in the reliability and accuracy of a WSN performance could be achieved upon an integration of sensing nodes into a component or a system that already has a maintenance schedule that could be matched to a maintenance schedule for sensing nodes. 435,448 As a result of developments in the data-generation/processing and sensing node-integration concepts, the application concepts for WSNs can be broadly described as those that rely on stationary sensing nodes for mapping of chemical sources, 452,453 mobile sensing nodes for dynamic localization of chemical sources, 435,437 real-time chemical condition monitoring of high-value goods and their associated storage conditions, 454,455 and combination of sensing nodes with an intelligent inventory management. 456…”
Section: Opportunities For Wireless Sensor Networkmentioning
confidence: 99%