Karen Miranda

Papers

Total Citations

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About

Karen Miranda is a researcher whose work lies at the intersection of robotics, wireless networking, and energy-efficient systems. Her key research areas include robot-assisted network deployment, mobile router optimization, and resilient communication architectures for substitution networks—systems designed to temporarily replace damaged or overloaded infrastructure. In her most cited work, "Fast and reliable robot deployment for substitution networks" (2013), Miranda proposed a novel algorithm for the efficient (re-)deployment of wireless mobile routers. This approach uniquely balances energy consumption, deployment speed, and network performance metrics, addressing a critical challenge in disaster recovery and emergency communications. By considering scenarios with fixed and mobile routers, her algorithm enables rapid, autonomous network restoration using robotic agents. While her citation count reflects a focused, early-career impact, Miranda's contributions are notable for their practical relevance to real-world network resilience. Her work demonstrates a thoughtful integration of robotic mobility with communication constraints, offering a foundation for future research in autonomous infrastructure repair and adaptive wireless systems.