Duda Niklas, Ripperger Simon, Tschapka Marco, Mayer Frieder, Weigel Robert, Koelpin Alexander
Annu Int Conf IEEE Eng Med Biol Soc. 2019 Jul;2019:1294-1297. doi: 10.1109/EMBC.2019.8856769.
In this paper an advanced sensor node for animal tracking is proposed, which includes an accelerometer, an air pressure sensor as well as an electrocardiography sensor. The system is designed for studying the physiology and behavior of bats by inferring activity, wing beat frequency as well as heart rate. This system offers outstanding functionality compared to other tracking nodes and is easily applicable thanks to its noninvasive design. Gluing the sensor to the bat's back keeps the impact on the animal at a minimum and retrieval of the animal to remove the tag is not required since the tag falls off after a few days.
本文提出了一种用于动物追踪的先进传感器节点，它包括一个加速度计、一个气压传感器以及一个心电图传感器。该系统旨在通过推断活动、翅膀拍动频率以及心率来研究蝙蝠的生理和行为。与其他追踪节点相比，该系统具有出色的功能，并且由于其非侵入性设计而易于应用。将传感器粘在蝙蝠背部可将对动物的影响降至最低，而且由于标签几天后就会脱落，因此无需找回动物来移除标签。
