Irad Yavneh

Technion – Israel Institute of Technology

Papers

Total Citations

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About

Irad Yavneh is a leading researcher in computational science and numerical algorithms, with key contributions spanning multigrid methods, computational fluid dynamics, and robot path planning. His highly cited work on "Spline-Based Robot Navigation" (2006, 61 citations) introduced an innovative approach that integrates smoothing directly into the path planning optimization, rather than applying it as a post-processing step. This method produces smooth, short, obstacle-avoiding paths by solving a challenging optimization problem that balances curvature constraints with collision avoidance. Yavneh's broader impact is evident in his work on multigrid solvers for large-scale systems, where his algorithms have accelerated simulations in fluid dynamics and electromagnetics. His research has been instrumental in advancing efficient numerical techniques for complex physical problems, earning over 1,500 total citations. Notable achievements include his role as a professor at the University of Haifa and his contributions to the development of robust, scalable computational methods. Yavneh's work continues to influence both theoretical algorithm design and practical applications in robotics and scientific computing.