Annalisa Buffa

Istituto di Matematica Applicata e Tecnologie Informatiche

Papers

Total Citations

937

H-Index

About

Annalisa Buffa is a leading figure in applied mathematics and computational mechanics, renowned for her groundbreaking work in isogeometric analysis (IGA) and numerical methods for partial differential equations. Her research bridges the gap between computer-aided design and finite element analysis, developing robust mathematical frameworks for simulating complex physical systems. Buffa’s most cited work, "Containment Control in Mobile Networks" (2008, 801 citations), introduces innovative leader-based strategies for coordinating mobile robots, ensuring they remain within a convex polytope defined by leader agents—a foundational contribution to multi-agent systems and control theory. Her earlier paper, "Laplacian Sheep: A Hybrid, Stop-Go Policy for Leader-Based Containment Control" (2006, 136 citations), further refines these ideas with a hybrid control policy. Beyond robotics, Buffa has made seminal contributions to IGA, including the development of stable spline spaces and preconditioners, which have revolutionized computational engineering. Her work has earned her prestigious accolades, including an ERC Advanced Grant, and she is widely cited for advancing both theoretical and applied aspects of numerical analysis. Buffa’s research continues to inspire students and researchers in mathematics, engineering, and robotics.