Implementación de la Realidad Aumentada en un sistema opto mecatrónico de grabado láser

Autor: Alan David Blanco-Miranda, Heraclio García-Cervantes
Rok vydání: 2019
Předmět:
Zdroj: Revista de Simulación Computacional. :24-32
ISSN: 2523-6865
DOI: 10.35429/jcs.2019.8.3.24.32
Popis: The main objective of this work is to develop an interactive mobile application for monitoring, description and training in the operation of a laser engraving machine using augmented reality technology. The CAD design of the machine is used, generating a visualization of each of the elements that make it up with a description of its main characteristics. Also, an option is included where you can observe the 3D animation of the engraving process. All of the above is generated through the use of open source software (Unity, Vuforia and C #) thus creating a practical option for training in the handling of this type of machinery. This type of technology can be implemented in different educational and industrial environments. For the convenience of use, the generated application has a user-friendly virtual environment and is developed for the main digital platforms (Android, iOS, Windows).
Databáze: OpenAIRE