Max Robotics — Global Service Robot Directory + US Certification

About

Priya Ranjan is a researcher whose work sits at the intersection of distributed control, multi-agent robotics, and human-robot teaming. Her most significant contribution is the **Distributed Control Framework (DCF)** , a novel agent-based software architecture designed to simplify the development, testing, and deployment of distributed controllers for robotic systems. This work, her most cited with 13 citations, directly addressed a critical shortage of accessible software tools in the field, providing a foundational infrastructure for complex, multi-agent coordination. Beyond this core contribution, Ranjan has explored a diverse range of challenges in autonomous systems. She has investigated the dynamics of **human-robot teams in tactical operations** through a mixed-initiative controller and testbed, and has developed specialized hardware like a **multiband antenna for robotic swarming** used in dynamic boundary tracking. Her research also delves into the theoretical behavior of simple agents, examining **chaotic transition patterns in wall-following robots**, a study that connects basic Braitenberg vehicle principles to complex, emergent movement. This body of work demonstrates a consistent focus on building the tools and understanding necessary for robust, intelligent, and cooperative robotic systems.