درخت حوزه‌های تخصصی

The aim of this paper is to explore young people’s perceptions of spirituality as well as analyzing the role that spirituality plays in their wellness and travel. The work builds on previous studies that examined young peoples’ attitudes to spirituality, as well as research that examined cross-cultural differences in understandings of spirituality. The research draws on questionnaire data (a sample of 227) that was collected in two languages from young people in Generations Y and Z aged 18-39. The questionnaire was designed in English but was also translated into Mandarin Chinese. Both generations and cultural/language groups view spirituality as more connected to the self or nature than to religion or God. Attention to religion and spirituality scored much lower than other lifestyle and wellness domains. When travelling, the desire to engage in religious and spiritual activities were also ranked low compared to other activities. The data shows that young people tend to define spirituality more in relation to their own self and nature than to religion. Spirituality is ranked relatively low compared to other domains of wellness. However, although religious and spiritual motivations and benefits are ranked lower than some other experiences during travel, many young people prioritize trips that involve better connections to nature and the self, which reflects their original definitions of spirituality.

Wireless sensor networks (WSNs) are the sensor nodes that are generally interconnected and these nodes communicate wirelessly to collect the data from the environment around them. Sensor nodes are low-powered and distributed in a decentralized ADHOC manner. WSNs setup comes with some limitations such as energy constraints and the cooperative demands essential to perform multi-hop geographic routing for Internet of things (IoT) applications. Quality of Service (QoS) depends to a great extent on offering participating nodes an incentive for collaborating. The real-time applications of WSNs have potential design limitations such as energy and other QoS constraints in the context of IoT. This work formulates two different re-transmission strategies for optimized cross-layer design and also integrates the framework with a swarm intelligence technique assisted Bacteria Foraging Optimization (BFO) for efficient Cluster Head (CH) selection. The proposed work designs analytical modelling to realize the formulated concept and also simulates the computational design in a numerical computing tool. Finally, an extensive simulation is carried out using the MATLAB simulation tool. The obtained results show the effectiveness of the proposed system in terms of delay is reduced by 12%, throughput is increased to 10%, remaining energy of the network is increased to 11%, and packet delivery ratio of the proposed work in increased to 7-9% in comparison with the existing system.

As a result of the introduction of digital technologies in all spheres of society, various latest technologically conditioned risks and threats have become various. It requires the formation and implementation of a legal mechanism for further development and operation of the system ensuring information security, taking into account the effects of digitalization and transformation of society. The purpose of this study is development of scientifically substantiated proposals and recommendations for implementation legal mechanisms for information security in the context of digitalization. The relevance of this study is due to the needlegal regulation of relations in the information sphere, formation of a system of protection and counteraction to cybercrime. To achieve the goal of the study, methodological principles and approaches of legal science were used. The results of the analysis showed that the most significant mutual influence is demonstrated by a group of indicators of the state's institutional capacity and a group of indicators of the digital capacity of the national economy and cybersecurity. This study substantiates the main directions of accelerating the optimization of the institutional system of cybersecurity in Ukraine, which provides for two key areas: legal and organizational. The legal mechanisms include further improvement and harmonization of the regulatory framework, the formation of relevant legal norms, state policy in the field of information security. The organizational measures are aimed at improving the efficiency of responsible institutional structures - the subjects of cybersecurity - by increasing their capabilities, eliminating duplication in the exercise of their powers, taking into account the best practices of international and European experience. The core of the integrated information security system is the National Cyber Security Coordination Center.