Abstract: The lifetime of perishable goods is influenced by environmental conditions such as temperature, relative humidity, and shock. Sensors can monitor these parame-ters and enhance logistic decision-making based on the actual quality level of goods. In our simulation study we show that a sensor based approach is superior to established practices even when considering the abilities of individuals to judge the goods ’ quality by visual and tactile inspections. With sensor information, retailers can achieve higher profits, increased resource efficiency, higher quality, and a reduced amount of perished goods on the sales floor
We developed a CMOS integrated-circuit sensor to monitor the change in quality of perishables that d...
The natural decay of fresh products is an unavoidable process and generates great loss a long the fr...
Wireless sensing technologies allow continuous monitoring of physical parameters that influence the ...
Our study is based on a research project with a major Swiss retailer. We use the example of strawber...
The research conducted in the European PASTEUR project focussed on perishables monitoring through sm...
One in every nine people on earth do not have enough food to lead a healthy life, according to The W...
Food specialities, fresh food and high quality produces are known as critic products to store and to...
One of the objectives of this part of the SustainPack project (WP 6.3) is to facilitate the implemen...
With the current focus on sustainability and food safety, we are witnessing increasing demand for fo...
The damage caused by the degeneration of the quality of perishable products usually results in a gre...
The improvements in sensors and wireless technology offer an effective way to enhance food safety an...
This thesis provides tools for decision support systems for perishable goods logistics. It also prov...
The pursuit of new tools for monitoring the quality level of any kind of perishable product, in part...
Purpose:To investigate the possibilities, risks and requirements of a dynamic shelf life service – a...
Perishable goods are a fundamental source of revenue for the retail sector; their management, howeve...
We developed a CMOS integrated-circuit sensor to monitor the change in quality of perishables that d...
The natural decay of fresh products is an unavoidable process and generates great loss a long the fr...
Wireless sensing technologies allow continuous monitoring of physical parameters that influence the ...
Our study is based on a research project with a major Swiss retailer. We use the example of strawber...
The research conducted in the European PASTEUR project focussed on perishables monitoring through sm...
One in every nine people on earth do not have enough food to lead a healthy life, according to The W...
Food specialities, fresh food and high quality produces are known as critic products to store and to...
One of the objectives of this part of the SustainPack project (WP 6.3) is to facilitate the implemen...
With the current focus on sustainability and food safety, we are witnessing increasing demand for fo...
The damage caused by the degeneration of the quality of perishable products usually results in a gre...
The improvements in sensors and wireless technology offer an effective way to enhance food safety an...
This thesis provides tools for decision support systems for perishable goods logistics. It also prov...
The pursuit of new tools for monitoring the quality level of any kind of perishable product, in part...
Purpose:To investigate the possibilities, risks and requirements of a dynamic shelf life service – a...
Perishable goods are a fundamental source of revenue for the retail sector; their management, howeve...
We developed a CMOS integrated-circuit sensor to monitor the change in quality of perishables that d...
The natural decay of fresh products is an unavoidable process and generates great loss a long the fr...
Wireless sensing technologies allow continuous monitoring of physical parameters that influence the ...