An algorithm is presented to count bee numbers in images of Langsthroth hive entrances. The algorithm computes approximate bee counts by adjusting the brightness of the image, cropping a white or green area in the image, removing the background and noise from the cropped area, finding the total number of bee pixels, and dividing that number by the average number of pixels in a single bee. On 1005 images with green landing pads, the algorithm achieved an accuracy of 80 percent when compared to the human bee counting. On 776 images with white landing pads, the algorithm achieved an accuracy of 85% compared to the human bee counting
Studying and analyzing interactions among bees requires tracking and identifying each individual amo...
A major limitation on performing detailed behavioral analysis of honey bee colonies is that there is...
Rapid and accurate counting and recognition of flying insects are of great importance, especially fo...
An algorithm is presented to count bee numbers in images of Langsthroth hive entrances. The algorith...
This research will measure the pollen being brought into the beehive in the bees' pollen sacs. It wi...
Honeybees, in their role as pollinators, are vital to both agriculture and the wider ecosystem. Howe...
Machine learning and computer vision are dynamically growing fields, which have proven to be able to...
Up to one third of the global food production depends on the pollination of honey bees, making them ...
Honey bees have crucial role in pollination across the world. This paper presents a simple, non-inva...
The flight activity of a honey bee colony is an impor-tant indicator of its strength and condition. ...
Focus of this study is to design an automated image processing pipeline for handling uncontrolled ac...
Precise, objective data on brood and honey levels in honey bee colonies can be obtained through the ...
Precise, objective data on brood and honey levels in honey bee colonies can be obtained through the ...
Omnidirectional bee traffic is the number of bees moving in arbitrary directions in close proximity ...
In this work, we present an electronic gate that aims to extract a deeper representational signal of...
Studying and analyzing interactions among bees requires tracking and identifying each individual amo...
A major limitation on performing detailed behavioral analysis of honey bee colonies is that there is...
Rapid and accurate counting and recognition of flying insects are of great importance, especially fo...
An algorithm is presented to count bee numbers in images of Langsthroth hive entrances. The algorith...
This research will measure the pollen being brought into the beehive in the bees' pollen sacs. It wi...
Honeybees, in their role as pollinators, are vital to both agriculture and the wider ecosystem. Howe...
Machine learning and computer vision are dynamically growing fields, which have proven to be able to...
Up to one third of the global food production depends on the pollination of honey bees, making them ...
Honey bees have crucial role in pollination across the world. This paper presents a simple, non-inva...
The flight activity of a honey bee colony is an impor-tant indicator of its strength and condition. ...
Focus of this study is to design an automated image processing pipeline for handling uncontrolled ac...
Precise, objective data on brood and honey levels in honey bee colonies can be obtained through the ...
Precise, objective data on brood and honey levels in honey bee colonies can be obtained through the ...
Omnidirectional bee traffic is the number of bees moving in arbitrary directions in close proximity ...
In this work, we present an electronic gate that aims to extract a deeper representational signal of...
Studying and analyzing interactions among bees requires tracking and identifying each individual amo...
A major limitation on performing detailed behavioral analysis of honey bee colonies is that there is...
Rapid and accurate counting and recognition of flying insects are of great importance, especially fo...