The first results of an interdisciplinary cooperation of the UoAS Würzburg-Schweinfurt, the Faculty of Electrical Engineering and the University of Würzburg, Biozentrum, are introduced in the paper. The principal goal is to identify the abilities, motivation, and decision rules underlying the movement of small butterflies (Polyommatus Icarus, Common Blue) and to develop a ‘cognitive’ movement model. The described part of the UoAS Würzburg-Schweinfurt is the record of movements by installing high resolution video cameras in a large outdoor flight cage, as well as developing software for 3D path tracking
International audienceFlying insects rely on Optic Flow (OF) cues to avoid collisions, control their...
A number of models for insect navigation have been developed to explain the results of behavioural e...
Machine vision systems have been widely used for image analysis, especially that which is beyond hum...
Graduation date: 2014Development of micro air vehicles has led to a strong interest in the biomechan...
[[abstract]]Many systems to monitor insect behavior have been developed recently. Yet most of these ...
The fly walks on a 117 mm platform surrounded by a water moat. The arena is homogenously illuminated...
Pioneering discoveries revealed that flying insects actively regulate body appendages such as wings,...
Butterflies were tested at various pressures to ascertain any useful data from the change of their f...
In the quest to understand the forces generated by micro aerial systems powered by oscillating appen...
There is a need to explain the complex phenomena that underlies the seemingly effortless flight mode...
In this paper, we discuss and compare state-of-the-art 3D tracking paradigms for flying insects such...
Background: Insects have been among the most widely used model systems for studying the control of l...
ham sour t M pec y m tac ur d t (A tio are nd spe of nea on the sustainability of populations within...
Background Insects have been among the most widely used model systems for studying the control of lo...
Background Insects have been among the most widely used model systems for studying the control of lo...
International audienceFlying insects rely on Optic Flow (OF) cues to avoid collisions, control their...
A number of models for insect navigation have been developed to explain the results of behavioural e...
Machine vision systems have been widely used for image analysis, especially that which is beyond hum...
Graduation date: 2014Development of micro air vehicles has led to a strong interest in the biomechan...
[[abstract]]Many systems to monitor insect behavior have been developed recently. Yet most of these ...
The fly walks on a 117 mm platform surrounded by a water moat. The arena is homogenously illuminated...
Pioneering discoveries revealed that flying insects actively regulate body appendages such as wings,...
Butterflies were tested at various pressures to ascertain any useful data from the change of their f...
In the quest to understand the forces generated by micro aerial systems powered by oscillating appen...
There is a need to explain the complex phenomena that underlies the seemingly effortless flight mode...
In this paper, we discuss and compare state-of-the-art 3D tracking paradigms for flying insects such...
Background: Insects have been among the most widely used model systems for studying the control of l...
ham sour t M pec y m tac ur d t (A tio are nd spe of nea on the sustainability of populations within...
Background Insects have been among the most widely used model systems for studying the control of lo...
Background Insects have been among the most widely used model systems for studying the control of lo...
International audienceFlying insects rely on Optic Flow (OF) cues to avoid collisions, control their...
A number of models for insect navigation have been developed to explain the results of behavioural e...
Machine vision systems have been widely used for image analysis, especially that which is beyond hum...