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31	Budova autobusového terminálu - statické řešení / Bus terminal building - static analysis Fišman, David January 2022 (has links) The master's thesis deals with the construction and design solution of the bus terminal project in Liberec. The building consists of three floors with different functions. In terms of structural shape, the entire length of the building consists of a cross-section of a two-storey, asymmetrical cantilever suspended on both sides. The main load-bearing structure of the roof contributes along its entire circumference to the load-bearing capacity of the lower ceiling by a system of ties. The design was defined by a feasibility study of the project, which established the concept of the appearance of the structure. The main target of the thesis was to design the solution of the load-bearing structure and then perform static analysis, dimensioning and assessment by the method of limit states according to the corresponding ČSN EN. The solution of the construction consists mainly of reinforced concrete elements which are suitably combined with steel parts. Elements of reinforced concrete are designed as monolitic or prefabricated. For the most loaded two-sided cantilever was designed reinforced concrete variant and prestressed variant. The thesis was made in its extent in a BIM compatible design.
32	Multiple Hypothesis Testing Approach to Pedestrian Inertial Navigation with Non-recursive Bayesian Map-matching Koroglu, Muhammed Taha 22 September 2020 (has links) No description available. Engineering Electrical Engineering pedestrian tracking MEMS inertial navigation system INS inertial measurement unit IMU building information model BIM map-matching multiple hypothesis testing Kalman Filter Particle Filter Bayesian Filtering pedestrian INS, zero velocity ZUPT
33	Автоматизация проверки спецификаций на полноту данных в комплектах проектной документации на основе цифровой информационной модели : магистерская диссертация / Automation of checking specifications for completeness of data in sets of project documentation based on a digital information model Семенюк, Н. И., Semenyuk, N. I. January 2024 (has links) Цель данного исследования заключается в решении проблемы автоматизации проверки спецификаций на полноту данных на основе цифровой информационной модели. Для достижения этой цели была поставлена задача – разработка скрипта в Dynamo для автоматизации данной проверки. Гипотеза исследования заключается в том, что данная разработка позволит сократить количество ошибок, связанных с расхождением объемов материалов, требуемых на практике, с указанными в документации. В результате исследования разработан скрипт, реализующий данную проверку, выдающий список элементов, не попавших в спецификации. / The purpose of this research is to solve the problem of automating the process of specifications verification for data completeness checking based on a digital information model. To achieve this goal, it was decided to develop a script in Dynamo. The research hypothesis is that this automation will decrease the number of errors associated with discrepancies between the required volumes of materials in practice and those specified in the documentation. As a result of the research, a script was developed which realized this checking and formed a list of lost elements. АВТОМАТИЗАЦИЯ СКРИПТ СПЕЦИФИКАЦИЯ DYNAMO MASTER'S THESIS BUILDING INFORMATION MODEL (BIM) AUTOMATION VISUAL PROGRAMMING SCRIPT SPECIFICATION DIGITAL INFORMATION MODEL AUTODESK REVIT DYNAMO

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Budova autobusového terminálu - statické řešení / Bus terminal building - static analysis

Multiple Hypothesis Testing Approach to Pedestrian Inertial Navigation with Non-recursive Bayesian Map-matching