K. A. Shorter

Understanding the Influence of Context on Real-World Walking Energetics

This study examines whether people choose energetically optimal walking speeds in real-world contexts and finds they often walk faster than optimal, with context influencing gait patterns.

Dynamics and Energetics of Bottlenose Dolphins (Tursiops truncatus) Fluke-and-Glide Gait

This paper models the fluke-and-glide gait of bottlenose dolphins and finds it reduces metabolic and mechanical costs of transport compared to continuous fluking.

Pose-gait analysis for cetaceans with biologging tags

This paper introduces an automated pipeline for analyzing cetacean gait from biologging tag data, achieving high accuracy in orientation and motion detection.

Vision-based monitoring and measurement of bottlenose dolphins' daily habitat use and kinematics

This paper uses computer vision to track bottlenose dolphins and analyze their habitat use and kinematics in a managed environment.

Augmenting biologging with supervised machine learning to study in situ behavior of the medusa Chrysaora fuscescens

The paper uses biologging and supervised machine learning to study in situ behavior of jellyfish, identifying tag data corruption and classifying behaviors for long-term activity analysis.