The article describes the module called «Feasibility study system» in the RN-KIN software package for calculation of development and surface arrangement, automatic generation and optimization of development strategy for gas and gas condensate fields at «pre-FEED» stage.The purpose of creating «Feasibility study system» module is to improvethe quality of operational decisions about involving gas and gas condensate fields into development, to consolidate geological, technological and capital cost information, also to maximize the automation of calculations.The module allows quickly select analogue objects, automatically perform many calculations of development indicators and surface facilities. Also, the program implements the possibility of organizing multivariate calculations with enumeration of parameters. As a result, all options are calculated automatically and the option with the maximum NPV is selected. The cost indicators of surface facilities are calculated on the basis of comparable cost estimation using the Lenz formula. Implemented automatic filling of calculation results in the economic model of the Company.For the operation of the module a geological, capital cost and technological database of analogue objects has been formed based on data of implemented development projects of gas and gas condensate fields. The article presents the results of an express assessment of a licensed area with gas deposits in the «Feasibility study system» module. The comparison with the results of the previously approved investment memorandum is given.The calculation module «Feasibility study system», implemented in the «RN-KIN» software package, makes it possible to improve the quality of decisions about involving into development of fields, to develop the most optimal strategies of the development of acquired and commissioned deposits. Automation of the calculation process can significantly reduce labor costs for the feasibility evaluation.
Among the whole cycle of interconnected technological operations for crop and livestock production, transport operations play a significant part: transportation of seed grain, forage, fertilizers, product transportation to storage and selling places. Transport operations account for 15-25% of the production cost. According to the analysis of recent research, the development and introduction of new methods for ensuring the quality and safety of production. For a tractor on transport works the task of increasing the functional precision at which it is solved its deviation from the roadway configuration (traffic corridor) during the movement is assessed. In this case the problem for short-term one-time and repeated, long-term discrete and continuous impact of the driver on the tractor steering control is solved. For these operating modes of a tractor during transport works, the methodology of functional stability providing of a hydro-level steering control is substantiated. Based on the reasoned analytical model of the tractor spin during transport works, an express method of diagnosing the technical state of the tractor steering has been elaborated. It is based on the comparison of the angular accelerations of the tractor and the steering wheel when the motion direction is changed or adjusted.
Вінницький національний технічний університет, ВінницяАнотація. Розроблення аналітично-інформаційної системи для діагностики психічного стану людини є актуальною задачею. Система забезпечує отримання інформативно-діагностичних симптом як індикаторів психічного стану людини. Крім іншого систему можна використовувати для профілактики психічних захворювань та виявлення хвороби на ранній стадії , що значно підвищує ефективність успішного лікування. Практичне значення системи зумовлено потребами психологічного дослідження, здійснення якого за допомогою програмного продукту дає можливість досить легко та швидко застосовувати різні психодіагностичні стратегії. Ключові слова: аналітично-інформаційна система, психодіагностування, психічний стан, лікування, психічні захворювання, симптоми, психічний стан. Анотация. Разработка аналитически информационной системы для диагностики психического состояния человека является актуальной задачей. Система обеспечивает получение информативно-диагностических симптомов как индикаторов психического состояния человека. Кроме прочего систему можно использовать для профилактики психических заболеваний и выявления болезни на ранней стадии, что значительно повышает эффективность успешного лечения. Практическое значение системы обусловлено потребностями психологического исследования, осуществление которого с помощью программного продукта позволяет достаточно легко и быстро применять различные психодиагностические стратегии. Ключевые слова: аналитически информационная система, психодиагностирование, психическое состояние, лечение, психические заболевания, симптомы, психическое состояние.
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