scholar.google.com › citations
Abstract: A neoteric technique, consisting of an iterative method for reconstructing symmetric 3D models, is proposed. The problem of curve fitting is ...
Abstract: A neoteric technique, consisting of an iterative method for reconstructing symmetric 3D models, is proposed. The problem of curve fitting is ...
Request PDF | On Jul 1, 2019, Malik Zawwar Hussain and others published Spline Functions and Genetic Algorithm for Reverse Engineering of Symmetric 3D Models |
A neoteric technique, consisting of an iterative method for reconstructing symmetric 3D models, is proposed. The problem of curve fitting is solved by.
The algorithm generates a spline used as a driving curve for a 2D profile ... The paper discussed the functions, the concept and the basic principles of Reverse ...
Apr 25, 2024 · Spline Functions and Genetic Algorithm for Reverse Engineering of Symmetric 3D Models. IV (2) 2019: 134-140; 2018. [j3]. view. electronic ...
Spline Functions and Genetic Algorithm for Reverse Engineering of Symmetric 3D Models · Digital twin of spacecraft assembly cell and case study.
Apr 25, 2024 · Spline Functions and Genetic Algorithm for Reverse Engineering of Symmetric 3D Models. IV (2) 2019: 134-140; 2018. [j18]. view. electronic ...
The optimization of three dimensional shapes is one of the most common problems addressed in engineering. This work concerns the use of genetic algorithms ...
Shape Designing of Engineering Images Using Rational Spline Interpolation · Spline Functions and Genetic Algorithm for Reverse Engineering of Symmetric 3D Models.