Because of sending employees home in droves to minimize person-to-person interaction, the demand for robots used in manufacturing has been ramping up. The COVID-19 pandemic also accelerates automation in the industrial world. This is because the coronavirus crisis has led digital entertainment to a strong growth in consumption. Smart home technology tends to focus on lighting, energy usage, and security however, the concept of a fully integrated, semiautonomous entertainment system is appealing. AI, together with the IoT, has made autonomous home systems widespread. Nowadays, 5G is driving change in the Internet of Things (IoT) and is a great benefit to intelligent devices that require highly reliable, high-bandwidth communications, as well as the rapid spread of available computing power throughout the network. The experimental results are encouraging, especially for high-pitched music.Īrtificial intelligence (AI) enables electronic devices to perform tasks that typically require human intelligence. The approximate rate of audio quality improvement is 31%. The theory and the simulation coincide with the experimental results. Unlike previous studies, in which only a diminutive scenario was built, in this work, the idea was applied to a commercial 2.1 audio system, and listening tests were conducted. The proposed system, by integrating computer vision and robotics, can track the head movement of a user and adjust the directions of loudspeakers, thereby helping the sound wave travel through the air. This is because of the head-shadow effect blocking the high-frequency sound. If listeners are out of the area, the system has difficulty providing a stable sound field. The major shortcoming of a stereo audio system is its narrow listening area. Although multichannel audio systems enable people to enjoy surround sound as they do at the cinema, stereo audio systems have been popularly used since the 1980s. High-end audio systems normally refer to multichannel home theaters. The purpose of this research project was therefore to develop a robotic audio system for home automation. During the COVID-19 pandemic, smart home requirements have shifted toward entertainment at home.

Waves headtracker