Internet of Food and Farm 2020
...he region of Flanders. The starting point of IoF2020 is that many isolated digital machines and sensors are popping up in European agriculture but larger, smarter networks and data-exchange between...
...he region of Flanders. The starting point of IoF2020 is that many isolated digital machines and sensors are popping up in European agriculture but larger, smarter networks and data-exchange between...
...unts of data collected in a slaughterhouse, hyperspectral imaging for meat quality and the usage of sensor data to alert for pig diseases on-farm. The other demonstrator, on open sea fishing, focus...
...r detection in the field.Research approachTo investigate the possibilities of hyperspectral sensors, a prototype was developed for these specific crops and diseases, both based on a drone a...
...uctionThis now finalized Interreg Flanders-Netherlands project had the intention to make new biosensor technology industrially applicable, at least to the level of a finely tuned, reliable demo...
...oject is now finished. It served as a first pilot study for the stakeholders on the use of low-cost sensors for monitoring the barn climate and emissions. It catalyzed further developments for emis...
...these communications, they will be integrated with other existing platforms/initiatives, such as Koesensor. The spread of knowledge will also be targeted to other actors in the dairy sector. A new ...
...ing growth models with which site-specific fertilization can be developed. In addition, alternative sensor systems are being evaluated in practice for their precision, technical feasibility and cos...
...iculture. Therefore, they planned to work on precision fertilization based on models (Big Data) and sensor technology. They aimed to reduce environmental impact and water losses, as well as increas...
To what extent can we use sensors and precision farming techniques to map the methane emissions of grazing cows and reduce those emissions by management interventions?
... flax straw. With regard to simplified measurement techniques, the results using the less expensive sensors are very valuable for further optimization and implementation. FinancingVLAIO
...n of the three known compounds of boar taint (androstenone, skatole en indole); (c) to evaluate the sensorial assessment by trained experts in the abattoir as an at-line method to detect boar taint...
...improved and expanded by developing a concentrator (robust data centralisation), adding an external sensor on the fishing gear (temperature and depth), and the development of an electronic hold pla...
...ns which produce the most biofilm biomass on stainless steel. In collaboration with KU Leuven, a biosensor based on a quartz-crystal microbalance (QCM), measurements were done to follow the adhesio...
In goat farming, how can we develop/improve a wireless automated monitoring system with sensors on the animal
...s for quantifying animal welfare status on-farm, during (un)loading, transport and slaughter. Novel sensors and accompanying artificial intelligence decision tools and algorithms are developed and ...
...roject, together with the mapping of the conditions that lead to infection. Using a newly installed sensor system in the orchards, 8 pear and 8 cherry orchards are monitored for climatic conditions...
...tion of the environment lies in knowledge. Modern farms create a huge amount of data based on IoT sensors and drones, while vast EO data become available via Copernicus Hubs. AgriDataValue aims to ...
...se of insulating screens, (2) a vapor heat pump, (3) flue gas CO2 storage and dosing and (4) a mold sensor. We build on the project results of (1) the EXE greenhouse project where the vapor heat pu...