Application Design of AI Image Recognition in Power System

With the continuous development of social economy, more and more attention is paid to the safety of power systems. However, since the power system involves a wide range of areas, how to effectively maintain power safety is extremely important. The AI image recognition technology is introduced to effectively identify the relevant signal lamps, digital instrument panels, switch positions, etc., of power equipment and sort out the specific identification process. Simulation experiments prove that AI image recognition is effective and can support the application of power systems.

Review and Analysis of the Reasons Delaying the Entry into Service of Power-by-Wire Actuators for High-Power Safety-Critical Applications

This paper deals with safety-critical, high-power actuation in aerospace applications. Using a system-level synthetic view, it identifies, explains and discusses the reasons why electrically supplied, or power-by-wire, solutions have not spread rapidly enough to become a generalized replacement of the conventional, hydraulically supplied ones. Once the actuation needs have been summarized, the drawbacks of conventional actuation and the merits of electrically supplied actuation are listed and analyzed. Then, the challenges to be met in order to mitigate the intrinsic disadvantages of power-by-wire are addressed in detail with a focus on the solutions under development or research. Numerous examples, numerical data and orders of magnitude are provided to support the discussion.

Sustainable Land Utilisation Among the Guji of Ethiopia

ABSTRACT Sustainable land utilisation is very important prerequisite for the survival of humanity. Land conservation and sustainable utilisation is the current issue as the result of ecological factors such as population pressure resulted in higher need for additional natural resources, global warming, climate change, and the threat of environmental contamination, biodiversity loss, changes in landscape, monetary globalisation, power safety, water delivery, and escalating conûict among socio-cultural, political-monetary, and ecological goals. The present paper is qualitative in nature and both primary and secondary source data were used to elicit the information on the sustainable utilisation of land among the Guji community in Oromia region of southern Ethiopia. The study reveals that Guji Gadaa system is the time proven indigenous institution responsible for making customary rules and regulations, management, regulating and controlling mechanisms to ensuring the sustainability of natural resources in general and land in particular

To the assessment of the role of national traits in the processes of the safe operation of nuclear power facilities maintenance

One of the features of the post-Fukushima development of nuclear technologies in terms of the impact of the human factor on safety is the analysis of the national context in the safety culture. The starting point for this thesis is the transboundary nature of the nuclear power safety problem, which, in turn, depends on the ability of people to act together at the national and international levels. Thus, exploring how the national context influences decision-making and the performance of production objectives, and a better understanding of national cultural characteristics, is an important topic to be developed in this article.