Playing pilot wings using Human Level Artificial Intelligence

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A robot with human level artificial intelligence is a robot that can do any human task. It can drive a car, fly a plane, play any videogame, play any sports game, etc.

This video demonstrates how a robot thinks while flying a plane and skydiving. There are no sound in this video because I wanted the viewers to focus on the robot's thoughts while playing the game.

The robot's conscious contains computer programs that manipulate data. Within these computer programs are primarily 5 containers: task container, rules container, planning container, identity container, and strategy container. The computer program in the robot's conscious manipulate data in these 5 containers.

At the beginning of the game, instructions are given to the robot. The instructions state that there are two objectives in order to get a flying certificate. 1. fly a plane 2. skydive. As the robot is reading in the instructions, knowledge pours into the 5 containers. When it is time to do the first objective, the commander gives specific instructions on flying a plane. These instructions changes the information in the 5 containers. New data is being inserted, existing data are being modified, and old data are being deleted from the 5 containers.

The first objective is to fly a plane, so the 5 containers contain information about flying a plane. The robot also knows that the upper task is to accomplish 2 objectives. After completing the first objective, the robot moves on to the second objective, which is to skydive. The commander will give specific instructions on skydiving. These instructions will change the 5 containers and populate them with information about skydiving.

In this video I wanted to show that the robot is doing hierarchical tasks: the upper task is to accomplish 2 objectives and the first objective is to fly a plane and the second objective is to skydive (each objective is a sub-task).

In addition, I wanted to show that as the robot is given instructions, data from the 5 containers changes. For example, if the robot was given instructions to fly a plane, the 5 containers will have information about flying a plane. If the robot was given instructions to skydive, the 5 containers will have information about skydiving. Thus, information in the 5 containers changes based on the current environment.