An asymmetric encryption method for 3D mesh model using elgamal with elliptic curve cryptography

The 3D mesh <span lang="EN-US">(Polygon mesh) model has been widely used in multiple computer technology fields such as graphic design and modern animation. repositories were created to support the contribution of many artist-designers have become an important data source. This research is aimed at introducing asymmetric encryption for a improve using elgamal elliptic curve cryptography with Fischer-Yates shuffling. researchers evaluated performance proposed Entropy, mean squared error (MSE), peak signal noise ratio (PSNR) evaluation matrices. results decrypted our approach double-precision floating point showed zero means infinite value PSNR</span>.