Precision fishing
...ink of yield per trip, catch composition and fuel costs. Through automated sensor data it is possible to generate a 'live view' of this, and even t...
...ink of yield per trip, catch composition and fuel costs. Through automated sensor data it is possible to generate a 'live view' of this, and even t...
...on control: By monitoring the soil-plant system with sensors on the field and/or in the air, we can predict how much water is needed and when with ...
...ste evaluation can be checked via the consumer sensory testing panel. A few Food Pilot success stories: Kortenboshoeve is a dairy farm with a farm ...
...ive measurement techniques such as high-throughput sequencing, soil scans, sensors and remote sensing have become available that can directly or in...
...ote analysis becomes possible, for example by implementing a hyperspectral sensor in a processing line, it becomes conceivable to do authenticity c...
...ety Besides food quality aspects such as optimal nutritional composition, sensory aspects, texture and functionality, chemical and microbiological...
Set up and follow up experiments and evaluate boar taint based on sensory and chemical analysis.
...meat and fat. Detection of boar taint At the slaughter line, boar taint is sensory assessed by specially trained people. In Belgium, ILVO also supp...
Precision livestock farming is the use of technology such as sensors and algorithms to monitor each animal in the best possible way. In many cases, th...
Sensor and system development
...nutritious, food must taste good. Texture, taste and smell (together, the 'sensory' factors) largely determine the success of a food product. ILVO ...
Sensory results can be processed through a wide range of statistical methods (Fizz and R).
Sensoren, drones, robots, data en artificiële intelligentie bieden potentieel voor een slimme digitale revolutie in de agrovoedingssector. Biologische...
Beeld- en sensortechniek