A Comparison between Matrix Pencil and Root-MUSIC for Direction-of-Arrival Estimation Making Use of Uniform Linear Arrays. - José Enrique Fernández del Río; Manuel Felipe Cátedra (Digit. Signal Process., 1997)

Efficient Configurations of the Matrix Pencil with Data Provided by Two Orthogonal Linear Arrays of Electrically Small Dipoles. - José Enrique Fernández del Río; Manuel F. Cátedra (Digit. Signal Process., 1998)

Propagation model based on ray tracing for the design of personal communication systems in indoor environments. - Francisco Saez de Adana; Oscar Gutiérrez-Blanco; Iván González Diego; Jesús Pérez Arriaga; Manuel F. Cátedra (IEEE Trans. Veh. Technol., 2000)

Ray Tracing Acceleration Techniques. - M. Felipe Cátedra; Iván González Diego; Francisco Saez de Adana; Oscar Gutiérrez-Blanco; Lorena Lozano (Wiley Encyclopedia of Computer Science and Engineering, 2008)

FASANT: A Versatile Tool to Analyze Radio Localization System at Indoor or Outdoor Environments. - Lorena Lozano; María Jesús Algar; Iván González Diego; M. Felipe Cátedra (DCAI, 2010)

Dynamic Propagation Analysis in Urban Environments. - María Jesús Algar; Iván González Diego; Lorena Lozano; María Fernández; Gabriel Caballero; M. Felipe Cátedra (PAAMS (Workshops), 2013)

Characterization of the Radio Propagation Channel in a Real Scenario. - María Jesús Algar; Iván González Diego; Lorena Lozano; M. Felipe Cátedra (PAAMS (Workshops), 2013)

A study of the efficiency of the parallelization of a high frequency electromagnetic approach for the computation of radiation and scattering considering multiple bounces. - Eliseo García; Lorena Lozano; María Jesús Algar; M. Felipe Cátedra (Comput. Phys. Commun., 2013)

Hybrid Iterative Approach Combined With Domain Decomposition for the Analysis of Large Electromagnetic Problems. - Carlos Delgado; Eliseo García; Manuel Felipe Cátedra (Proc. IEEE, 2013)

Efficient combination of acceleration techniques applied to high frequency methods for solving radiation and scattering problems. - Lorena Lozano; María Jesús Algar; Eliseo García; Iván González 003; M. Felipe Cátedra (Comput. Phys. Commun., 2017)

Speed-up of the volumetric method of moments for the approximate RCS of large arbitrary-shaped dielectric targets. - Javier Moreno Garrido; Álvaro Somolinos; Gustavo Romero; Iván González 003; M. Felipe Cátedra (Comput. Phys. Commun., 2017)

An efficient hybrid technique in RCS predictions of complex targets at high frequencies. - María Jesús Algar; Lorena Lozano; Javier Morneo; Iván González Diego; M. Felipe Cátedra (J. Comput. Phys., 2017)

Speeding-up the CBFM-MLFMA approach for scattering analysis of very large electromagnetic problems. - Eliseo García; Javier Moreno 004; M. Felipe Cátedra (Comput. Phys. Commun., 2018)

Combination of ray-tracing and the method of moments for electromagnetic radiation analysis using reduced meshes. - Carlos Delgado; Manuel Felipe Cátedra (J. Comput. Phys., 2018)