| One interesting aspect to the human mind is that | | | | situation in use their preprogrammed memory or |
| it thinks in analogies. In other words it relates to | | | | data and observations from sensors of previous |
| one set of events with another set of events | | | | events and outcomes in the deciding what to do. |
| which are similar in nature in one or more aspects. | | | | In fact the ability to do this for an artificially |
| This is a fascinating way to use one's mind in that | | | | intelligent robotic system is paramount. |
| it allows humans to make decisions in situations | | | | Indeed, it behooves us to look into the best |
| that they have never been in before. It allows | | | | possible method of ensuring that the who, what, |
| them to think of what they might do in any given | | | | when, where, how and why of each event gets |
| situation based on the outcomes of a different | | | | categorized correctly in proper data sets and |
| situation. Therefore they can use their | | | | fields and that's when such events occurring are |
| experiences and observations and memory to | | | | similar in nature to those already experienced by |
| adapt themselves to other situations or events. | | | | this individual robot or down loaded from a |
| When programming artificial intelligence and | | | | collaborative or collective system of experiences |
| allowing them to program themselves they too | | | | is used to better its chances of making the best |
| will need this tool. This allows us to take for | | | | possible decision in the given event. I feel very |
| instance a robotic artificially intelligent android inset | | | | strongly about the concept of analogy thinking |
| them in an environment of which they have | | | | and programming of artificially intelligent robotic |
| never been in before, thus they will size up the | | | | systems, so I wanted to bring this up to you. |