Yasuo Kuniyoshi

This paper shows that rhythmic coupling between the brain and internal organs influences rational decision-making by creating directional bias in expected-value space through decision-switching and -locking phases.

The paper shows that a recurrent neural network with neuromodulator norepinephrine can reproduce respiration-dependent perceptual alternation in binocular rivalry.

This paper introduces an algorithm inspired by neuroscience to enable robots to exhibit integrated survival behaviors through reinforcement learning focused on homeostasis.

The paper models how emotion, respiration, and cognition interact to affect reaction time by integrating neural, neuromechanical, and neuromodulatory systems.