A Mathematica Package for Solving and Displaying Inequalities. - Robert Ipanaqué; Andrés Iglesias 001 (International Conference on Computational Science, 2004)

A Mathematica Package for Computing and Visualizing the Gauss Map of Surfaces. - Robert Ipanaqué; Andrés Iglesias 001 (ICCSA (3), 2005)

Extending Maple Capabilities for Solving and Displaying Inequalities. - Andrés Iglesias 001; Robert Ipanaqué (International Conference on Computational Science (2), 2006)

Symbolic Manipulation of Bspline Basis Functions with Mathematica. - Andrés Iglesias 001; Robert Ipanaqué; R. T. Urbina (International Conference on Computational Science (2), 2007)

Symbolic Proof of Limits of Functions in Mathematica with Applications to Mathematics Education. - Andrés Iglesias Prieto; Robert Ipanaqué Chero (ICCSA Workshops, 2008)

New Package in Maxima for Single-Valued Interval Computation on Real Numbers. - Robert Ipanaqué Chero; Arnulfo Sandoval; Henry Giuseppe Sosa; Andrés Iglesias Prieto (ICCSA Workshops, 2011)

Unravelling the Hidden Truth within Logical Statements: A Computer Tool. - Andrés Iglesias 001; Robert Ipanaqué; Edgar Johny Ojeda; Felipe Wilmer Malaver (ICCSA (6), 2013)

A Mathematica Package for Visualizing Objects Inmersed in mathbb R^4. - Ricardo Velezmoro; Robert Ipanaqué; Josel A. Mechato (ICCSA (6), 2019)

Bspline solids manipulation with Mathematica. - Robert Ipanaqué; Ricardo Velezmoro; R. T. Urbina (CoRR, 2019)

A Mathematica Package for Plotting Implicitly Defined Hypersurfaces in [inline-graphic not available: see fulltext]. - Luis A. Anto; Amelia M. Fiestas; Edgar Johny Ojeda; Ricardo Velezmoro; Robert Ipanaqué (ICCSA (2), 2020)

Extending Maxima Capabilities for Performing Elementary Matrix Operations. - Karina F. M. Castillo-Labán; Robert Ipanaqué Chero (ICCSA (1), 2020)

New Package in Maxima to Build Axonometric Projections from $ mathbb {R}^{4}$ to $ mathbb {R}^{3}$ and Visualize Objects Immersed in $ mathbb {R}^{4}$. - Emanuel E. Sobrino; Robert Ipanaqué; Ricardo Velezmoro; Josel A. Mechato (ICCSA (7), 2020)

Finite Set Algebra in Secondary School Using Raspberry Pi with Mathematica. - Robert Ipanaqué Chero; Ricardo Velezmoro-León; Felícita Marcela Velásquez-Fernández; Daniel Alonso Flores-Córdova (ICCSA (3), 2021)

Proof of Some Properties of the Cross Product of Three Vectors in [inline-graphic not available: see fulltext] with Mathematica. - Judith Keren Jiménez-Vilcherrez; Josel Antonio Mechato-Durand; Ricardo Velezmoro-León; Robert Ipanaqué Chero (ICCSA (1), 2021)

Calculation of the Differential Geometry of the Intersection of Implicit Hypersurfaces in [inline-graphic not available: see fulltext] with Mathematica. - Judith Keren Jiménez-Vilcherrez; Ricardo Velezmoro-León; Robert Ipanaqué Chero (ICCSA (5), 2021)

Construction of Polyhedra Whose Vertices are Points on Curve Which Lying on Lemniscatic Torus with Mathematica. - Ricardo Velezmoro-León; Robert Ipanaqué Chero; Felícita Marcela Velásquez-Fernández; Jorge Jimenez Gomez (ICCSA (2), 2021)

Using Mathematica and 4Nec2 to Design and Simulation of an Antenna in 2100 and 3500 MHz Bands. - Ricardo Velezmoro-León; Carlos Enrique Arellano-Ramírez; Daniel Alonso Flores-Córdova; Robert Ipanaqué Chero (ICCSA (3), 2021)

A Parameterization of the Klein Bottle by Isometric Transformations in [inline-graphic not available: see fulltext] with Mathematica. - Ricardo Velezmoro-León; Nestor Javier Farias-Morcillo; Robert Ipanaqué Chero; José Manuel Estela-Vilela; Judith Keren Jiménez-Vilcherrez (ICCSA (1), 2021)

Torus of Revolution Generated by Curves of Eight. - Felícita Marcela Velásquez-Fernández; Sindy Pole Vega-Ordinola; Carlos Enrique Silupu-Suarez; Robert Ipanaqué Chero; Ricardo Velezmoro-León (ICCSA (1), 2022)

An Algorithm Since the Vector Approach in Mathematica to Generate the Von Koch Curve and Islands in a General Way. - Segundo B. Correa-Erazo; Ricardo Velezmoro-León; Robert Ipanaqué Chero (CISETC, 2023)

A Mathematica Package for Graphing Equations and Inequalities in Non-rectangular Coordinate Systems. - Rolando E. Ipanaqué-Silva; Elmer P. Díaz-Contreras; Jorge L. Viera-Jiménez; Iván D. Imán-Agurto; Robert Ipanaqué Chero (CISETC, 2023)

Meaningful Learning of University Students about the Normal Curvature of the Implicitly given Gyperbolic Paraboloid Based on GeoGebra. - Judith Keren Jiménez-Vilcherrez; Edwin Castillo-Aguilera; Angel Vicente-Morocho; Ricardo Velezmoro-León; Robert Ipanaqué Chero (CISETC, 2023)

Construction of Torus of Revolution Generated from Epicycloids. - Daniel Alonso Flores-Córdova; Carlos Enrique Arellano-Ramírez; Robert Ipanaqué Chero; Felícita Marcela Velásquez-Fernández; Ricardo Velezmoro-León (ICCSA (2), 2023)

Simplified Code in Wolfram Language to Project Objects from Four-Dimensional to Three-Dimensional Euclidian Space. - Ricardo Velezmoro-León; Segundo B. Correa-Erazo; Guillermo C. González-Creollo; Robert Ipanaqué Chero; Luis A. Anto-Mimbela (ARTIIS Workshops (2), 2024)

Trajectories in Rutherford Dispersion According to Lagrangian Dynamics. - Sara L. Chunga-Palomino; Edwarth Maza-Cordova; Robert Ipanaqué Chero (ICCSA (1), 2024)

Calculation and Geometric Interpretation of the Curvatures of Implicit Curves and Surfaces with Mathematica. - Rolando E. Ipanaqué-Silva; Jhonny W. Eche-Antón; Elmer P. Díaz-Contreras; Ricardo Velezmoro-León; Robert Ipanaqué Chero (ICCSA (Workshops 1), 2024)

BSplineSolid: Symbolic construction and visualization of rational trivariate solids in Mathematica. - Robert Ipanaqué Chero; Rubén T. Urbina-Guzmán; Ricardo Velezmoro-León (SoftwareX, 2025)