A Brandom-ian view of Reinforcement Learning towards strong-AI
Atrisha Sarkar

TL;DR
This paper integrates Brandom's inferentialist philosophy with reinforcement learning, proposing a restructured A3C algorithm aimed at advancing towards strong artificial intelligence.
Contribution
It introduces a novel theoretical framework connecting Brandom's philosophy with RL, and modifies A3C to align with strong-AI development goals.
Findings
Reformulated A3C based on Brandom's ideas
Theoretical link between inferentialism and RL
Potential pathway to strong-AI through philosophical integration
Abstract
The analytic philosophy of Robert Brandom, based on the ideas of pragmatism, paints a picture of sapience, through inferentialism. In this paper, we present a theory, that utilizes essential elements of Brandom's philosophy, towards the objective of achieving strong-AI. We do this by connecting the constitutive elements of reinforcement learning and the Game Of Giving and Asking For Reasons. Further, following Brandom's prescriptive thoughts, we restructure the popular reinforcement learning algorithm A3C, and show that RL algorithms can be tuned towards the objective of strong-AI.
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Taxonomy
TopicsReinforcement Learning in Robotics · Blockchain Technology Applications and Security · Computability, Logic, AI Algorithms
MethodsEntropy Regularization · Convolution · Dense Connections · Softmax · A3C
