Hiroshi Nishimaru

This paper develops a 3D markerless motion capture system for tracking multiple freely behaving monkeys to automate social behavior analysis.

This paper introduces USVCAM, an acoustic camera system for faster and simpler localization of ultrasonic vocalizations in mice, demonstrating its use in analyzing social communication in a home cage.

The paper introduces MacaquePose, a dataset for markerless motion capture of macaques, showing neural network performance comparable to human-level pose estimation.

The paper shows that reward-associated configural cues elicit theta oscillations in rat retrosplenial neurons phase-locked to LFP theta cycles during memory retrieval.