3 ms·
I guess there's always some wiggle room on most deployments. However, where I used to work, some of the guys at that department were conducting research on flyi
by retSava 12y ago
I guess there's always some wiggle room on most deployments. However, where I used to work, some of the guys at that department were conducting research on flying foxes as their migration patterns southern to northern parts of Queensland (Australia) were pretty much unknown (IIRC). The requirements there gets pretty tough. Also, the power consumption becomes a major factor as it will limit the amount of useful work the device can do, ie sensing, communication etc.
Anecdote: I learned about another project where they studied opossums. They put a collar with a small wireless device around their necks to track their movements and habits, but couldn't understand why a disproportionate amount of opossums died for some reason.... The reason was that the device had a small red LED that would blink to indicate that it was working, and the opossum, being a nocturnal animal became quite visible in the night, to the joy of all predators :) :S
- sieve1234 12y agoThat's really funny because something similar was done at my unversity (I think with bats, or maybe even flying foxes). I declined because although the devices were really small and they assured me that the animals did not come to harm I doubted that. It's like carrying around a big backpack. This is getting OT, but sensor network applications and discussions often neglect the problem of device recovery and I know there are projects were sensors are not recovered and after they did their work (sensing stuff and sending it to a post-processing node) they go out of energy and become ... highly toxic waste.