Jennie Cochran

Papers

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About

Jennie Cochran’s research lies at the intersection of bio-inspired robotics and nonlinear control theory, with a particular focus on underwater locomotion. Her most cited work, “Source seeking for a three-link model of fish locomotion” (2009, 3 citations), introduces a groundbreaking approach to controlling autonomous underwater vehicles. By applying extremum seeking—a non-model-based control method—to a three-link fish-like body, Cochran demonstrates how periodic deformation can guide a vehicle toward an environmental source, such as a chemical plume or heat gradient, without requiring precise system models. This work bridges biological principles and engineering design, offering a robust, adaptive solution for real-world sensing and exploration tasks. While her citation count is modest, the conceptual novelty of integrating source seeking with fish-inspired propulsion has influenced subsequent studies in bio-robotics and control systems. Cochran’s contributions highlight the potential of simple, model-free algorithms to solve complex locomotion challenges, making her research a valuable reference for students and engineers working on autonomous underwater vehicles and biologically inspired robotics.