<p>(a) Renderings of the 3D bat models (orthographic projection). (b) Picture of <i>Phyllostomus discolor</i> in flight (c) Picture of <i>Micronycteris hirsuta</i> in flight. Both images copyright by Bruce D. Taubert and used with permission.</p
Analysis of bird and bat flight with computer vision algorithms provides a new perspective on how an...
Bats are diverse, speciose, and inhabit most of earth’s habitats, aided by powered flapping flight. ...
<p>(Above) Selected images from high-speed recordings of <i>C</i>. <i>perspicillata</i> executing a ...
<p>Images of the bat species and the 3D mesh models used in the acoustic simulations. Top row: <i>M....
The radial distortion of the camera lens slightly changes the visual perspective of the bat in the v...
Abstract: 3D shape acquisition of fast-moving objects is an emerging area with many potential applic...
A method is presented by which a microcomputer is used to reconstruct the structure of a three-dimen...
This image displays the bio-inspired robotic Bat Bot (B2), a state-of-the-art flying machine that mi...
This image displays the bio-inspired robotic Bat Bot (B2), a state-of-the-art flying machine that mi...
Abstract. This paper presents a case study of interdisciplinary collaboration in building a set of t...
Vision-based methods have gained popularity as a tool for helping to analyze the behavior of bats. T...
Figure 8a - Mixed media representation of two fly species. Wings are photographs while ot...
<p>Lift coefficient (A), drag coefficient (B), lift to drag ratio (C) and pitching moment coefficien...
Bats are diverse, speciose, and inhabit most of earth’s habitats, aided by powered flapping flight. ...
Bats evolved the ability of powered flight more than 50 million years ago. The modern bat is an effi...
Analysis of bird and bat flight with computer vision algorithms provides a new perspective on how an...
Bats are diverse, speciose, and inhabit most of earth’s habitats, aided by powered flapping flight. ...
<p>(Above) Selected images from high-speed recordings of <i>C</i>. <i>perspicillata</i> executing a ...
<p>Images of the bat species and the 3D mesh models used in the acoustic simulations. Top row: <i>M....
The radial distortion of the camera lens slightly changes the visual perspective of the bat in the v...
Abstract: 3D shape acquisition of fast-moving objects is an emerging area with many potential applic...
A method is presented by which a microcomputer is used to reconstruct the structure of a three-dimen...
This image displays the bio-inspired robotic Bat Bot (B2), a state-of-the-art flying machine that mi...
This image displays the bio-inspired robotic Bat Bot (B2), a state-of-the-art flying machine that mi...
Abstract. This paper presents a case study of interdisciplinary collaboration in building a set of t...
Vision-based methods have gained popularity as a tool for helping to analyze the behavior of bats. T...
Figure 8a - Mixed media representation of two fly species. Wings are photographs while ot...
<p>Lift coefficient (A), drag coefficient (B), lift to drag ratio (C) and pitching moment coefficien...
Bats are diverse, speciose, and inhabit most of earth’s habitats, aided by powered flapping flight. ...
Bats evolved the ability of powered flight more than 50 million years ago. The modern bat is an effi...
Analysis of bird and bat flight with computer vision algorithms provides a new perspective on how an...
Bats are diverse, speciose, and inhabit most of earth’s habitats, aided by powered flapping flight. ...
<p>(Above) Selected images from high-speed recordings of <i>C</i>. <i>perspicillata</i> executing a ...
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