OK, this is not Skynet level, but how crazy good is this!
BBC News - Robots develop language to to each other
Robots are developing their own language to help them navigate and improve their intellectual ability.
The Lingodroid research project lets robots generate random sounds for the places they visit in both simulations and a real office.
The "words" are shared and the robots play games to establish which sound represents which location.
The lexicon has proved so sophisticated that it can be used to help robots find places other robots direct them to.
The machines are being allowed to generate their own words because human language is so loaded with information that robots found it hard to understand, said project leader Dr Ruth Schulz from the University of Queensland.
"Robot-robot languages take the human out of the loop," she said. "This is important because the robots demonstrate that they understand the meaning of the words they invent independent of humans."
One set of the trials with Lingodroids sees wheeled robots fitted with a camera, laser-range finder, and sonar used to map their world - roaming around at an office at the University. The robots also have a microphone and speakers onboard so they can communicate with each other.
The wheeled robots travel about and, when they reach a place that does not have a name, they generate a random combination of syllables that represent that place.
When that robot meets another robot it tells it about the places it has been. Slowly, as the robots travel and talk, they narrow down their lexicon of place names until a mutual gazeteer of their world has been generated.
The robots generated place names such as "kuzo", "jaro" and "fexo".
The Lingodroid research project lets robots generate random sounds for the places they visit in both simulations and a real office.
The "words" are shared and the robots play games to establish which sound represents which location.
The lexicon has proved so sophisticated that it can be used to help robots find places other robots direct them to.
The machines are being allowed to generate their own words because human language is so loaded with information that robots found it hard to understand, said project leader Dr Ruth Schulz from the University of Queensland.
"Robot-robot languages take the human out of the loop," she said. "This is important because the robots demonstrate that they understand the meaning of the words they invent independent of humans."
One set of the trials with Lingodroids sees wheeled robots fitted with a camera, laser-range finder, and sonar used to map their world - roaming around at an office at the University. The robots also have a microphone and speakers onboard so they can communicate with each other.
The wheeled robots travel about and, when they reach a place that does not have a name, they generate a random combination of syllables that represent that place.
When that robot meets another robot it tells it about the places it has been. Slowly, as the robots travel and talk, they narrow down their lexicon of place names until a mutual gazeteer of their world has been generated.
The robots generated place names such as "kuzo", "jaro" and "fexo".
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