As some of you will be aware, we are always looking for instresting and engaging material for upcoming bloggers/writers. Here is a very well written pice by Karien Jones of Borntechie.com on a strange new breed of robots called ‘Lingodroids’. Karien is a blogger and writer. She loves writing on technology and luxury. These days she is busy in writing an article on hacking tools which should be available soon..
Introducing our first guest piece:
New breed of robots called Lingodroids!

The famous sci-fi author, Issac Asimov conjured a fictional world where robots act, speak, think, and even dream. This brave new world may soon become a reality as researchers create robots called Lingodroids that can create and use their own language. Australian researchers have blended the science of robotic motion and linguistics to come up with a system that can be used by robots to create and share a language and use it to speak to each other.
Using the sounds that we have come to associate with touch-tone phone to represent alphabets, these scientists at the Queensland University of Technology has equipped their Lingodroids with a system of giving meaning to their own words. The droids are fitted with cameras to see with, sonar aided mapping tools and laser range finders to help find their way and avoid obstacles, and of course, a microphone and speaker to “speak” and hear the beeps and chirps. The research uses the most basic form of robotic language to carry out this experiment, one that represents spaces and directions.
The way these robots build and use this spatial language is similar to how language is created by human beings – by linking symbols with experiences, or in this case, places and relationship between places. Each robot has its own internal representation system for its environment based on places, direction and distance. This representation system or cognitive map is unique to each robot.

The challenge of mimicking the linguistic development of a mammalian brain lies in how these separate cognitive maps can be shared and developed into a common cognitive map. This is process through which human beings develop shared languages that are understood by others. Think in terms of two babies with different languages put in a common space with things that they are both familiar with. They each have a language to describe those things, but do not understand each other. As they interact, name things, and play with each other, they reinforce the meanings of the symbols to the other, and slowly a common cognitive map or language emerges.
This is precisely what the researchers have tried to reproduce with their Lingodroids. With the sensors provided, these robots are able to explore and build up a map of their environment and store that data using a representational system, another word for language as we understand it. This is their way of giving randomly generated names to things, places, distances and directions. This language is sufficient for its needs to navigate and solve problems. But when these robots are paired, it becomes possible to explore shared cognitive maps or a common language.
Using robotic games like go-to, where-are-we, how-far, what-direction and where-is-there; the robot pairs are even able to communicate information that is not available to the other in terms that can be understood. The idea here is to find ways of transferring the cognitive map from one robot to another and then reinforce the meaning of the symbols through these games. Even in an experiential setting, when one robot uses the map of another robot and goes to a named place that it has not gone to in the past, it reinforces the learning and connects the place with the name given to it by the other robot.
This is a far cry from the kind of linguistic skills of robots depicted in films like Star Wars or I, Robot, but it is a major breakthrough in the field of robotic heuristics. Through this experiment, the robots have been able to develop a cohesive system of symbols using places, direction and distance, and then share that system to be able to define places that they have not been to. This is the equivalent of the human brain’s function of imagination. In many senses, this is the beginning of a thinking, feeling, and dreaming world of Asimov’s robots coming true.
We would like to thank Karien for her fine contribution and patience to finally see her article on The LiveStyle. Remember just send us your work at livestyleteam@live.com and it could be the next guest post to grace our website.