Research into the capability of recursive self-improvement typically only considers pairs of agent, self-modification candidate ,a nd asks whether the agent can determine/prove if the self-modification is beneficial and safe. But this leaves out the much more important ques- tion of how to come up with a potential self-modification in the first place, as well as how to build an AI system capable of evaluating one. Here we introduce a novel class of AI systems, called experience-based AI (expai), which trivializes the search for beneficial and safe self-modifications. Instead of distracting us with proof-theoretical issues, expai systems force us to consider their education in order to control a system's growth towards a robust and trustworthy, benevolent and well-behaved agent. We discuss what a practical instance of expai looks like and build towards a "test theory" that allows us to gauge an agent's level of understanding of educational material.
['Bas R. Steunebrink', 'Kristinn R. Thórisson', 'Jürgen Schmidhuber']
Growing Recursive Self-Improvers