<p>Shows setup for video and sound recordings of flight path and acoustic behavior of bats (b) capturing tethered mealworms (w) close to an echo clutter-producing plant (p). Two high-speed video cameras (c1 and c2) were mounted in the room to permit 3-D reconstruction of the bat's flight path in the calibrated space (c.s.). Video recordings were synchronized with audio recordings taken with ultrasonic microphones (m1 and m2) placed on the floor delivering signals to a digital acquisition system (IOtech WaveBook).</p
In order to learn more about how bats perceive their environment in such detail using sonar, it is i...
<p>Concurrent broadband microphone and high-speed video camera recordings of free-flying Egyptian fr...
The radial distortion of the camera lens slightly changes the visual perspective of the bat in the v...
<p>Sounds were recorded with a linear microphone array with three microphones 1 m apart. The time-of...
<p>(A) Experimental space and arrangement of instruments, including a three-dimensional array of 34 ...
<p>Bats were trapped in mist-nets. An infrared digital video camera monitored the behavior of trappe...
<p>Three infrared cameras recorded bat flight trajectories, positions of tethered and free-flying mo...
Data collected on Eptesicus fuscus in a large flight room at the Johns Hopkins University. The bat w...
1. Most recordings of bats are conducted with fixed equipment, which relies on opportunistic data co...
<p>Shows plots of the bat flight paths and vocal temporal patterns recorded from three selected tria...
We present a new multimodal system that combines stereoscopic and audio-based source localization to...
The bat was trained to fly through the tunnel and land on the cork perch shown.</p
We present a new multimodal system that combines stereoscopic and audio-based source localization to...
1. Most recordings of bats are conducted with fixed equipment, which relies on opportunistic data co...
<p>Videos are captured using three high-speed cameras (A) equipped with 50 mm lenses (C), at a frame...
In order to learn more about how bats perceive their environment in such detail using sonar, it is i...
<p>Concurrent broadband microphone and high-speed video camera recordings of free-flying Egyptian fr...
The radial distortion of the camera lens slightly changes the visual perspective of the bat in the v...
<p>Sounds were recorded with a linear microphone array with three microphones 1 m apart. The time-of...
<p>(A) Experimental space and arrangement of instruments, including a three-dimensional array of 34 ...
<p>Bats were trapped in mist-nets. An infrared digital video camera monitored the behavior of trappe...
<p>Three infrared cameras recorded bat flight trajectories, positions of tethered and free-flying mo...
Data collected on Eptesicus fuscus in a large flight room at the Johns Hopkins University. The bat w...
1. Most recordings of bats are conducted with fixed equipment, which relies on opportunistic data co...
<p>Shows plots of the bat flight paths and vocal temporal patterns recorded from three selected tria...
We present a new multimodal system that combines stereoscopic and audio-based source localization to...
The bat was trained to fly through the tunnel and land on the cork perch shown.</p
We present a new multimodal system that combines stereoscopic and audio-based source localization to...
1. Most recordings of bats are conducted with fixed equipment, which relies on opportunistic data co...
<p>Videos are captured using three high-speed cameras (A) equipped with 50 mm lenses (C), at a frame...
In order to learn more about how bats perceive their environment in such detail using sonar, it is i...
<p>Concurrent broadband microphone and high-speed video camera recordings of free-flying Egyptian fr...
The radial distortion of the camera lens slightly changes the visual perspective of the bat in the v...