Ключевое слово: «artificial intelligence»

In this work, a theoretical basis will be given about neural networks, as well as their potential. In its practical part, we will create our own neural network for a brighter idea of this technology. The work will be done using a high-level programming language – Python. Assistive tools in this case will be the activator function – sigmoid, as well as the back propagation method for aligning synaptic weights. As a result, we have successfully created NN, which is able to predict the output data from the input data. The developed NN can be considered as a convenient tool for practical understanding of how neural networks work.

This article traces the remarkable evolution of video game graphics over the past decade, outlining key advancements in three distinct periods. During each epoch, the industry witnessed transformative shifts driven by technological innovation and artistic creativity. The narrative unfolds through the adoption of advanced rendering techniques, emphasis on high-resolution textures, integration of real-time ray tracing, and the convergence of cutting-edge technology and artistic excellence. The present-day marvels showcase the widespread adoption of real-time ray tracing, high-refresh-rate displays, and the integration of AI technologies. Looking forward, the text anticipates a future characterized by next-generation gaming consoles, hardware-accelerated ray tracing, and emerging techniques such as photogrammetry, virtual texturing, and 3D scanning, promising a continued trajectory of breathtaking visuals and immersive gameplay experiences. In essence, the past decade serves as a testament to the dynamic nature of video game graphics, foretelling a future where technology propels the medium into new frontiers of visual storytelling and excellence.

This research explores the transformative role of artificial intelligence (AI) in the gaming industry, covering diverse facets from content generation and graphics evolution to in-game world creation and personalized gaming experiences. Examining the impact of AI on multiplayer interactions, technological changes in game development, and forecasting trends, the study aims to provide insights into the future of the entertainment industry. Ethical considerations related to AI implementation in gaming are also discussed. The research underscores the significance of predicting trends for industry development and suggests directions for future research in the evolving landscape of AI and gaming.

Robotics and labor automation continue to exert a significant impact on society, presenting new opportunities and sparking complex debates about the future of the workforce and socio-economic structure. In recent years, there has been active development in robotic systems that not only perform routine and hazardous tasks but also exhibit capabilities in handling more intricate and intellectual functions. Concurrently, the automation of work processes may lead to job reductions and alterations in the skill and competency requirements for workers. This article explores the latest advancements in robotics and automation, discussing their potential influence on society in the coming years. Special attention is given to inno-vative technologies such as artificial intelligence, machine learning, and cognitive robotics, which have the potential to substantially broaden the applications of automation and reshape our perception of the roles of humans and machines in the modern world.

The Internet development has grown significantly in recent years and has led to the emergence of artificial intelligence. Nowadays, there are a lot of tools that are based on artificial intelligence, and they can help in language learning and teaching. These artificial intelligence-powered apps should be perceived as innovative technology, they also offer various tasks and plans, and can act as a supplement to traditional methods in language learning and teaching. This article has an aim to investigate the effectiveness of the work the Internet resources and the work of artificial intelligence, to find out more about available resources and consider potential advantages and disadvantages of such tools.