We describe a moving virtual fence algorithm for herding cows. Each animal in the herd is given a smart collar consisting of a GPS, PDA, wireless networking and a sound amplifier. Using the GPS, the animal's location can be verified relative to the fence boundary. When approaching the perimeter, the animal is presented with a sound stimulus whose effect is to move away. We have developed the virtual fence control algorithm for moving a herd. We present simulation results and data from experiments with 8 cows equipped with smart collars
Virtual fences (VF) are based on sensory cues delivered to domestic animals with the aim of controll...
Managing the spatial distribution of livestock is a major issue in grazing systems, since the spatia...
In this paper we develop algorithms and hardware for the autonomous gathering of cattle. We present ...
We describe a moving virtual fence algorithm for herding cows. Each animal in the herd is given a sm...
We consider the problem of monitoring and controlling the position of herd animals, and view animals...
Virtual fencing contains and controls grazing cattle using sensory cues rather than physical fences....
irtual fencing is promoted as the next advancement for rotational grazing systems. This experiment c...
Global Positioning System (GPS)-based virtual fences offer the potential to improve the management o...
Virtual fencing has the potential to greatly improve livestock movement, grazing efficiency, and lan...
In modern nature conservation and rewilding there is a need for controlling the movements of large g...
Virtual fencing systems have emerged as a promising technology for managing the distribution of live...
Managing livestock movement in extensive systems has environmental and production benefits. Currentl...
Virtual fencing technology uses a neckband-mounted device to deliver an audio cue when an animal nea...
Grazing cattle can both negatively and positively impact riparian zones, dependent on controlled gra...
Free-ranging livestock are classically controlled by herders. Holding, moving, or gathering free-ran...
Virtual fences (VF) are based on sensory cues delivered to domestic animals with the aim of controll...
Managing the spatial distribution of livestock is a major issue in grazing systems, since the spatia...
In this paper we develop algorithms and hardware for the autonomous gathering of cattle. We present ...
We describe a moving virtual fence algorithm for herding cows. Each animal in the herd is given a sm...
We consider the problem of monitoring and controlling the position of herd animals, and view animals...
Virtual fencing contains and controls grazing cattle using sensory cues rather than physical fences....
irtual fencing is promoted as the next advancement for rotational grazing systems. This experiment c...
Global Positioning System (GPS)-based virtual fences offer the potential to improve the management o...
Virtual fencing has the potential to greatly improve livestock movement, grazing efficiency, and lan...
In modern nature conservation and rewilding there is a need for controlling the movements of large g...
Virtual fencing systems have emerged as a promising technology for managing the distribution of live...
Managing livestock movement in extensive systems has environmental and production benefits. Currentl...
Virtual fencing technology uses a neckband-mounted device to deliver an audio cue when an animal nea...
Grazing cattle can both negatively and positively impact riparian zones, dependent on controlled gra...
Free-ranging livestock are classically controlled by herders. Holding, moving, or gathering free-ran...
Virtual fences (VF) are based on sensory cues delivered to domestic animals with the aim of controll...
Managing the spatial distribution of livestock is a major issue in grazing systems, since the spatia...
In this paper we develop algorithms and hardware for the autonomous gathering of cattle. We present ...