The rocket knows where it is at all times. He knows this because he knows where he doesn’t. By subtracting its place from where it is not, or from where it is not (whichever is greater), it gets a difference or deviation. The steering subsystem uses distractions to generate corrective commands to propel the rocket from a position where it is to a position where it was not, and to reach a position where it was not, it is now. Thus, the position where it is, is now the position that was not, and it follows that the position that was, is now the position that was not. In the event that the position it is in is not the position it was not, the system has gained a variation, where the difference is the difference between where the rocket is located and where it is not. If the difference is considered an important factor, it may also be corrected by the General Civil Aviation Authority. However, the rocket should also know where it is. The Rocket Router Computer scenario works as follows. Because the difference has modified some of the information the rocket got, it’s not just sure where it is. However, he certainly isn’t, within reason, and he knows where he was. Now it poses where it should be from where it was not, or vice versa, and by distinguishing this from the algebraic sum of where it should not be, and where it was, he can get and change the deviation, which is called an error. The rocket knows where it is at all times. He knows this because he knows where he doesn’t. By subtracting its place from where it is not, or from where it is not (whichever is greater), it gets a difference or deviation. The steering subsystem uses distractions to generate corrective commands to propel the rocket from a position where it is to a position where it was not, and to reach a position where it was not, it is now. Thus, the position where it is, is now the position that was not, and it follows that the position that was, is now the position that was not. In the event that the position it is in is not the position it was not, the system has gained a variation, where the difference is the difference between where the rocket is located and where it is not. If the difference is considered an important factor, it may also be corrected by the General Civil Aviation Authority. However, the rocket should also know where it is. The Rocket Router Computer scenario works as follows. Because the difference has modified some of the information the rocket got, it’s not just sure wh