Analysis of behavioral patterns of Drosophila Melanogaster species is a sub- ject of study of many laboratories. The behavior of individuals, for example in different gene lines, is monitored. In order for this analysis to be possible, it is necessary to have a device that is capable of tracking the fly and providing machine-readable data about them. These data are the output of a trace pro- gram FlyCatcher, which records the positions of the observed objects. Thanks to this, we can determine the location, the mutual position of individuals and other parameters. FlyCatcher is based on the use of the AForge library which handles multimedia files. FlyCatcher lets us process videos made in the lab and provide outputs in the .csv format. This f...
Machine vision systems have been designed for automated monitoring and analysis of social behavior i...
Many laboratories work with the fruit fly (Drosophila melanogaster) as the ideal model or-ganism for...
The experimenter enters information (in red) about the fly and the platform (semi-automatically) int...
Abstract. The fruit fly, Drosophila melanogaster, is a well established model organism used to study...
UnrestrictedThis thesis describes new methods that make it possible to screen efficiently complex be...
2014-01-14Although there has been extensive research for human activity recognition from video data,...
A two-fly tracker that solves occlusions by dynamic programming: computational analysis of Drosophil...
The ability to study learning and memory behavior in living organisms has signi cantly increased our...
The fruit fly Drosophila Melanogaster has become a model organism in the study of neurobiology and b...
Abstract Background Drosophila melanogaster is excellent animal model for understanding the molecula...
2018-07-21This thesis focuses on animal behavior, presenting a variety of work that first identifies...
Flies provide an important model for studying complex behavior due to the plethora of genetic tools ...
Machine vision systems have been widely used for image analysis, especially that which is beyond hum...
Drosophila melanogaster has been used for decades in the study of circadian behavior, and more recen...
In recent years, there have been extensive studies aimed at decoding the DNA. Identifying the geneti...
Machine vision systems have been designed for automated monitoring and analysis of social behavior i...
Many laboratories work with the fruit fly (Drosophila melanogaster) as the ideal model or-ganism for...
The experimenter enters information (in red) about the fly and the platform (semi-automatically) int...
Abstract. The fruit fly, Drosophila melanogaster, is a well established model organism used to study...
UnrestrictedThis thesis describes new methods that make it possible to screen efficiently complex be...
2014-01-14Although there has been extensive research for human activity recognition from video data,...
A two-fly tracker that solves occlusions by dynamic programming: computational analysis of Drosophil...
The ability to study learning and memory behavior in living organisms has signi cantly increased our...
The fruit fly Drosophila Melanogaster has become a model organism in the study of neurobiology and b...
Abstract Background Drosophila melanogaster is excellent animal model for understanding the molecula...
2018-07-21This thesis focuses on animal behavior, presenting a variety of work that first identifies...
Flies provide an important model for studying complex behavior due to the plethora of genetic tools ...
Machine vision systems have been widely used for image analysis, especially that which is beyond hum...
Drosophila melanogaster has been used for decades in the study of circadian behavior, and more recen...
In recent years, there have been extensive studies aimed at decoding the DNA. Identifying the geneti...
Machine vision systems have been designed for automated monitoring and analysis of social behavior i...
Many laboratories work with the fruit fly (Drosophila melanogaster) as the ideal model or-ganism for...
The experimenter enters information (in red) about the fly and the platform (semi-automatically) int...