Humans could soon communicate with animals, as scientists worldwide are using artificial intelligence to speak to bees, elephants and whales, but one expert fears the power could be used to manipulate the wild species. Speaking in an interview with Vox, Karen Bakker from the University of British Columbia said a researcher team in Germany is using AI to decode patterns in nonhuman sound, such as the waggle dance of honeybees and the low-frequency noises of elephants, which enables the technology to not just communicate, but also control the wild animals. Bakker explained that the animal speaking AI can be added to robots that can'essentially breach the barrier of interspecies communication,' but she also notes the breakthrough raises ethical questions. Enabling humans to speak with different species could create a'deeper sense of kinship, or a sense of dominion and manipulative ability to domesticate wild species that we've never as humans been able to previously control.' A team of German researches trained AI to mimic the waggle dance of honeybees.

Honeybees use a classy dance to inform their sisters in regards to the location of close by flowers. This phenomenon varieties the inspiration for a type of robot-robot communication that doesn't depend on digital networks. A current research presents a easy approach whereby robots view and interpret one another's actions or a gesture from a human to speak a geographical location. This method may show invaluable when community protection is unreliable or absent, similar to in catastrophe zones. The place are these flowers and the way far-off are they?

Honeybees use a sophisticated dance to tell their sisters about the location of nearby flowers. This phenomenon forms the inspiration for a form of robot-robot communication that does not rely on digital networks. A recent study presents a simple technique whereby robots view and interpret each other's movements or a gesture from a human to communicate a geographical location. This approach could prove invaluable when network coverage is unreliable or absent, such as in disaster zones. Where are those flowers and how far away are they?

The brain of a honeybee is tiny -- the size of a pin head -- and contains less than a million neurons, compared to the 85 billion in our own brains. Yet with that sliver of brain, bees can do some extraordinary things. They can count and interpret abstract patterns. Most famously, bees have the ability to communicate the location of flowers to other bees in the hive. When a foraging bee has found a source of nectar and pollen, it can let others in the hive know by performing a peculiar figure-of-eight dance called the waggle dance.

The waggle dance that honeybees perform is an astonishing way of communicating the location of food source. After over 60 years of its discovery, researchers still use manual labeling by watching hours of dance videos to detect different transitions between dance components thus extracting information regarding the distance and direction to the food source. We propose an automated process to monitor and segment different components of honeybee waggle dance. The process is highly accurate, runs in real-time, and can use shared information between multiple dances. Keywords: Classification, Machine Learning, Honey Bee, Real-time 1. Introduction Honey bees perform a special dance known as waggle dance within the beehive to communicate the information regarding the distance and direction of food sources.