For most of us, it is relatively easy to follow a how-to diagram from IKEA or for a set of LEGOs. Common sense helps a lot when trying to get from point A to point B. Robots, unfortunately, have to be programmed extensively for them to move a certain way, let alone accomplish complicated tasks that require following a certain number of steps. Even when a robot is taught a particular set of motions it just copies them without understanding why the moves were performed in the first place.
So far, the system has mastered around 500 general concepts. These concepts range from stacking colored objects from left to right, all the way to arranging the objects in a circle. They do this by looking at before and after pictures for every action that they need to perform. When faced with a new schematic or set of instructions, the robot studies them and then tries to apply previously learned concepts which best fit the current situation.
The team of scientists applied the new OS to a pair of gripper arm robots which were then able to perform basic tasks like separating lemons from limes and grouping colored objects in a row. Even when some of the conditions were changed, the robots were still able to perform their tasks without any issues.
Henry has never been ashamed of describing himself as a science geek. He has loved the world of science ever since he made his first baking soda and vinegar volcano back in the 3rd grade. His love for science then developed into his love of all living creatures. As a botonist, he spends more of his time speaking to plants than he does talking to other people. He, however, has learned the art of balancing his love affair with his work with family time. Henry spends a lot of time camping with his loving wife and beautiful kids. Henry has found the key to getting the best of both worlds.