artificial intelligence

The problem of high-performance and efficient order scheduling is a common combinatorial optimization problem in various industrial contexts. Creation of a model capable of generating schedules balanced in terms of quality and computational time poses a significant challenge due to the large action space. This study proposes a high-performant environment and a reinforcement learning model for allocating orders to resources using a mechanism of invalid action masking.

In today’s world, where technology is developing at an incredible speed, automated information collection systems have become an integral part of our lives. They affect various aspects of society, including subjective human rights. This impact can be viewed from several perspectives. First of all, it is the significant advantages of automated systems. Such information collection systems significantly increase efficiency and accuracy in many areas. They allow for the rapid processing of large amounts of data, which facilitates informed decision-making.

The article examines the ways artificial intelligence is influencing the penetration testing procedure. As technology advances and cyber threats grow more com- mon, conventional testing methods are insufficient. Artificial intelligence aids in automating processes like vulnerability detection and real-world attack simulation, leading to quicker, more precise results with reduced dependence on human input. Machine learning is a game-changer in identifying hidden security flaws by analyzing past attacks and abnormal patterns.

The article presents possible strategies and approaches to address the growing cybersecurity threat landscape, new trends and innovations, such as artificial intelligence and machine learning for cyber threat detection and automation. The paper presents well-known machine learning classifiers for data classification. The dataset has been taken from a report by the Center for Strategic and International Studies. The presented model accuracy assessment study has been significant variation among algorithms based on different network intrusion detection systems.

The article is dedicated to monitoring and researching the environmental condition of areas that have the status of nature-reserved. The work describes the creation of an information system with elements of artificial intelligence for studying the environmental condition of nature-reserved territories. As a result of the analysis of monitoring data, primary data for work was identified, and a database was formed. Special attention is paid to the description of the information model of the object and the indicators selected for its adequate functioning.

The article is dedicated to the development and application of information technologies to support the educational process of individuals with special educational needs. A conceptual model is proposed that combines modern information and communication technologies, artificial intelligence methods and mathematical models for personalizing learning and taking into account the individual characteristics of participants in the educational process.

The paper examines the explores the use of artificial intelligence (AI) methods and tools for the efficient construction, management, and optimization of cloud IT infrastructures. The main challenges related to the automation of deployment, scaling, monitoring, and resource optimization in the cloud environment are analyzed, along with the role of AI in addressing these issues. Approaches to integrating AI to improve productivity, reduce operational costs, and enhance the security of cloud platforms are discussed.

The aim of the article is to analyze the transformation of the concept of transgression in Nick Land's philosophy, particularly in relation to Georges Bataille’s philosophy and Land’s project of accelerationism. Land argues that transgression only partially addresses the problem of the death of God, as it remains confined to a fleeting moment experiencing the sacred. The transgression must be surpassed through the acceleration of nihilistic processes, which are linked with the dynamics of capital expansion and artificial intelligence (AI).

The publication provides a definition of artificial intelligence in modern media in general and in photojournalism in particular. The directions and spheres of artificial intelligence in the visual design of media content are considered, which has become an everyday manifestation of a post-industrial society characterised by technical innovations, informatisation and digitalisation of most areas and sectors of everyday human activity.

Modern approaches to determining the spatial and frequency parameters of electronic warfare (EW) sources, which are crucial for ensuring the efficiency of electronic intelligence, defense, and countermeasures systems, have been studied. A classification of existing methods, covering spatial, frequency, and combined approaches, has been conducted. The features of using antenna systems, phase methods, triangulation, and correlation analysis to determine the spatial characteristics of sources have been considered.