МАТЕМАТИКА И ЕСТЕСТВЕННЫЕ НАУКИ

Данная книга описывает процесс создания распределенных, параллельных систем и систем реального времени с точки зрения проектирования архитектуры системы. Подробно рассмотрены ключевые вопросы, возникающие в процессе разработки: управление временем отклика, синхронизация, актуальность и непротиворечивость данных. На многочисленных примерах автор показывает, как с помощью одной и той же универсальной нотации UML описать такие, казалось бы, далекие области, как автоматизированная банковская система, бортовой компьютер автомобиля и система управления лифтами в многоэтажном здании — без привязки к какой-либо программной или аппаратной платформе и языку программирования.

Пособие направлено на формирование профессионально значимых навыков работы с текстом, развитие аналитических навыков студентов и расширение их информационно-организационной компетенции. Поставленные задачи и моделируемые ситуации соотносятся с профессиональными задачами устного и письменного переводчика при обработке информации. Наряду с этим большое внимание уделяется расширению лингвострановедческой и лингвистической компетенции студентов. Комплекс рекомендуется как для использования в рамках аудиторных занятий, так и для организации самостоятельной работы студентов.

This article is the result of previous studies to clarify the seismicity of the White sea, supplemented by similar studies on the continental part of the Republic of Karelia. The relocated catalog of earthquakes was created for the period from 2005 to 2016 for White Sea and the Karelian region. With the help of proven methods, the parameters of the epicenters of identified earthquakes were relocated and a map of current seismicity was obtained. The parameters of the epicenters were specified using BARENTS travel-time model, a single methodological approach (using Generalized beamforming) and all currently available source data and bulletins of Russian and foreign seismic stations. The obtained seismic catalog allowed us to identify the main patterns of the distribution of current seismicity in the White Sea region. Seismicity of the White sea and the Karelian region is characterized as low-magnitude (generally of low magnitude with ML<2.0). Most earthquakes in the White Sea are characterized by a focal depths up to 20 km. Analysis of catalog shows that the majority of earthquakes are concentrated in the north-western part of the defined area, in the continental part of Karelia and Kandalaksha graben. Some earthquakes were recorded in the eastern and central part of the White sea.

This article is the result of previous studies to clarify the seismicity of the White sea, supplemented by similar studies on the continental part of the Republic of Karelia. The relocated catalog of earthquakes was created for the period from 2005 to 2016 for White Sea and the Karelian region. With the help of proven methods, the parameters of the epicenters of identified earthquakes were relocated and a map of current seismicity was obtained. The parameters of the epicenters were specified using BARENTS travel-time model, a single methodological approach (using Generalized beamforming) and all currently available source data and bulletins of Russian and foreign seismic stations. The obtained seismic catalog allowed us to identify the main patterns of the distribution of current seismicity in the White Sea region. Seismicity of the White sea and the Karelian region is characterized as low-magnitude (generally of low magnitude with ML<2.0). Most earthquakes in the White Sea are characterized by a focal depths up to 20 km. Analysis of catalog shows that the majority of earthquakes are concentrated in the north-western part of the defined area, in the continental part of Karelia and Kandalaksha graben. Some earthquakes were recorded in the eastern and central part of the White sea. Citation: Konechnaya YaV, Morozov AN, Vaganova NV, Zueva IA (2019) Updated data on the current seismicity of the White Sea and the Karelian region during the period 2005–2016. Arctic Environmental Research 19(1): 11–19. https://doi.org/10.3897/issn2541-8416.2019.19.1.11

The article analyzes the results of studies by Russian and foreign authors on the negative impact of black carbon on the environment. The principles of «green logistics» are proposed to be used to reduce the negative impact of the results of a person's economic activity on the Earth's climate.

The electronic Ural Mathematical Journal (UMJ) is a high standard peer-reviewed electronic journal devoted to innovative research which covers the fields of Mathematics, Mechanics and Theoretical Computer Science, Computer Engineering and Optimization, and Control Theory. We hope that the Ural Mathematical Journal will help Russian and foreign experts to exchange ideas, to establish new scientific contacts and to do important joint researches.