Desarrollo de un sistema domótico para el laboratorio de robótica de la UPS basado en reconocimiento de audio y visión artificial

Abstract

The term "home automation" refers to the implementation of technology in homes to automate and control a variety of tasks, such as security, lighting, air conditioning, electronic devices, among others. Thanks to advances such as the Internet of Things and technologies such as Artificial Intelligence, there have been major changes in the field of home automation, which have facilitated the interconnection of devices and systems, providing convenience, energy efficiency, security and greater control over the devices and systems that lie at home. In this project, the implementation of these domotic systems will be carried out in the robotics laboratory of the Universidad Politécnica Salesiana. Facial recognition and voice recognition systems will be used to achieve automation and control of different aspects of the environment. A facial recognition system using artificial vision will be developed to enable secure and automatic registration of students and staff entering the laboratory. This will facilitate the access control process and increase security by accurately identifying each person. However, voice recognition will be implemented for automated control of various devices and parameters in the lab. Users will be able to control lighting, engines and shutters, optimize efficiency and facilitate interaction with the environment via voice commands. The combination of these artificial vision and voice recognition technologies will make the robotics lab a safer and smarter workplace. The interconnection of systems and devices will optimize the use of resources and promote a more energy-efficient environment.