LPV approaches are being published in the Czech Republic nowadays. Their usage is enabled by the EGNOS European satellite augmentation system. However, published decision heights do not allow equivalence with the ILS CAT I precision approach yet. This work presents the model of automated control of aircraft precision approach. Verification of its functionality shows that applicable airspace requirements can be fulfilled for lower values of decision heights than values already published. The model is developed using contemporary methods of model-based development in the tool supporting common processing of both continuous and discrete signals. Although model architecture follows the structure of commonly used ILS system in definition of coordinate system and in establishing control in two separate directions it allows curved approach. Usage of digital navigation data provided by satellite system opens further opportunities in its usage, expansion and improvements. Model functionality in control of flight course, position and height control is verified in the scenarios covering detailed thesis goals. The goals were defined based on definition of precision approach process and include navigation signal drop-out, impact of wind, various flight path angles and curved approach. Analysis of behavior of controlled aircraft dynamics was a stimulator for research of specific system modules up to the application level, i.e. specific simulations of successful precision approaches.

В магистерской диссертации рассмотрены проблемы развития системы управления персоналом на современном этапе, проанализированы современные информационные системы управления персоналом. Изучена деятельность Государственного бюджетного учреждения «Научно-технический центр инноваций и технологий», в процессе анализ действующей системы управления персоналом, выявлена необходимость в реализации автоматизированной системы для процесса подбора персонала. Представлен проект реализации автоматизированной системы подбора персонала, с применением системно-динамического подхода для определения трудозатрат на его разработку и дана оценка экономического эффекта от внедрения автоматизированной системы в учреждении. / In the master's thesis, the problems of the development of the personnel management system at the present stage are considered, modern information systems of personnel management are analyzed. The activity of the State Budgetary Institution "Scientific and Technical Center of Innovations and Technologies" has been studied, in the process of analyzing the current personnel management system, the need for the implementation of an automated system for the recruitment process has been identified. A project for the implementation of an automated recruitment system is presented, using a system-dynamic approach to determine the labor costs for its development and an assessment of the economic effect of the introduction of an automated system in an institution is given.

This work is based on the following research methods: theoretical analysis of scientific articles and federal laws, comparison of the functions of similar systems, analysis of the needs of state organizations and legislative bodies, experiment on real and model data, as well as analyzing system development proposals from existing customers and product team. Research base: data of «Genom» LLC. Based on the analysis of the scientific literature, the problem was identified: the lack of an approach to the management of the development of automated systems for ensuring legislative activity. Based on the identified needs of existing customers, models As is and To be of the process of introduction of law-making initiative in an automated system were built, taking into account the described improvements. The development management model of Automated System of Ensuring Legislative Activity. was based on the Shuhart Deming quality concept, according to which the PDCA cycle was transformed by the author of the study to APDCA. The developed model allowed the project team to improve internal processes, thus improving the quality of improvements, reducing from the last release to the next and reducing the number of interactions of the manager with the initiators of improvements. / Данная работа основана на следующих методах исследования: теоретический анализ научных статей и федеральных законов, сравнение функционала аналогичных систем, анализ потребностей государственных организаций и законотворческих органов, эксперимент на реальных и модельных данных, а также аналитика предложений по развитию системы со стороны действующих заказчиков и команды продукта. База исследования: данные компании ООО «Генум». На основе анализа научной литературы была выявлена проблема: отсутствие подхода к управлению процессом развития автоматизированных систем обеспечения законодательной деятельности. На основе выявленных потребностей существующих клиентов были построены модели As is и To be процесса полного цикла введения правотворческой инициативы в автоматизированной системе с учетом описанных доработок. Модель управления развитием АСОЗД была построена на основе концепции качества Шухарта–Деминга, в соответствии с которой цикл PDCA был преобразован автором исследования до APDCA. Разработанная модель позволила команде проекта улучшить внутренние процессы, тем самым улучшив качество доработок, сократив время от последнего релиза до следующего и уменьшив количество взаимодействий менеджера с инициаторами доработок.

No description available.

No description available.

Magister Legum - LLM

Magister Legum - LLM / South Africa

<div> <p>A residential botanical air filtration system (Biowall) to investigate the potential for using phytoremediation to remove contaminants from indoor air was developed. A full scale and functioning prototype was installed in a residence located in West Lafayette, Indiana. The prototype was integrated into the central Heating, Ventilating, and Air Conditioning (HVAC) system of the home. This research evaluated the Biowall operation to further its potential as an energy efficient and sustainable residential air filtration system.<br></p> <p> </p> <p>The main research effort began after the Biowall was installed in the residence. A field evaluation, which involved a series of measurements and data analysis, was conducted to identify treatments to improve Biowall performance. The study was conducted for approximately one year (Spring 2017-Spring 2018). Based on the initial data set, prioritization of systems in need of improvement was identified and changes were imposed. Following a post-treatment testing period, a comparison between the initial and final performances was completed with conclusions based on this comparison. </p> <p> </p> <p>The engineering and analysis reported in this document focus on the air flow path through the Biowall, plant growth, and the irrigation system. The conclusions provide an extensive evaluation of the design, operation, and function of the Biowall subsystems under review.</p> </div> <br>