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About

Cristina Urdiales is a prominent researcher specializing in assistive robotics, shared control systems, and autonomous navigation, whose work has significantly advanced how humans and robots collaborate in real-world environments. Her most influential contributions center on shared and collaborative control frameworks, particularly for assistive platforms such as powered wheelchairs and rehabilitation walkers. Urdiales pioneered efficiency-based strategies that seamlessly merge human and robot commands into emergent navigation behaviors, moving beyond simple override mechanisms to create genuinely cooperative human-robot interaction. Her 2010 paper on multi-criteria optimization for wheelchair navigation has garnered 57 citations, reflecting its foundational impact on assistive mobility research. Beyond shared control, Urdiales has made notable contributions to autonomous robot navigation, including metric-topological map integration, case-based reasoning for dynamic environments, and hierarchical planning architectures. Her 2017 work on the i-Walker platform demonstrated how robotics can automate patient rehabilitation assessment, bridging clinical practice and intelligent systems. More recently, her cognitive architecture for aerial robotics illustrates a broadening research vision across robotic platforms. With a body of work spanning over two decades and consistent citation impact across diverse topics, Urdiales stands as a key figure in intelligent assistive technologies and human-robot cooperation research.