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Renato Salas-Moreno and colleagues have added object recognition to a computer vision technique called simultaneous location and mapping (SLAM).

a PhD student here in the Department of Computing supervised by Professors and has been featured in a New scientist artice entitiled "". The article talks about Renato's and his collegues  work in the on SLAM. Renato's research is supported by a PhD scholarship from AMD

The Robot Vision Group conducts research on real-time computer vision techniques applicable to robotics or other demanding real-world, real-time applications. Their particular focus is on problems related to visual SLAM (Simultaneous Localisation and Mapping).

SLAM is a process by which a mobile robot can build a map of an environment and at the same time use this map to deduce it's location. 

In a new system, called SLAM++, the computer constantly tries to match the points and lines it sees to objects in its database. As soon as it finds a shape it can identify – often after seeing only a part of it – that area of the map can be filled in. Currently, the database is prepared by hand, but the next version will allow the system to add new objects itself as it encounters them. "It's similar to how a child learns about the world," says Salas-Moreno.

The database also lists the properties of the stored objects. So when the computer recognises a chair, it will know what they are used for, how much they typically weigh, and which way up they go. This knowledge will help digital avatars interact with the real world in augmented reality applications.

The SLAM++ system was demonstrated live to the general public at the 911½ñÈÕºÚÁÏ Festival in May this year.

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