Bachelor Thesis
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- Immersion (2)
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- CCRDMT (1)
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- Datenschutz, Datensicherheit, Apps, Informatik im Kontext (1)
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The development of a game engine is considered a non-trivial problem. [3] The architecture of such simulation software must be able to manage large amounts of simulation objects in real-time while dealing with “crosscutting concerns” [3,p. 36] between subsystems. The use of object oriented paradigms to model simulation objects in class hierarchies has been reported as incompatible with constantly changing demands during game development [2, p. 9], resulting in anti-patterns and eventual, messy refactoring.[13]
Alternative architectures using data oriented paradigms revolving around object composition and aggregation have been proposed as a result. [13, 9, 1, 11]
This thesis describes the development of such an architecture with the explicit goals to be simple, inherently compatible with data oriented design, and to make reasoning about performance characteristics possible. Concepts are formally defined to help analyze the problem and evaluate results. A functional implementation of the architecture is presented together with use cases common to simulation software.
This bachelor thesis investigates the utilization of the Wii Balance Board
in virtual reality applications. For the investigation a snowboard game is
implemented, in which the virtual avatar can be controlled with the pressure
sensors of the Wii Balance Board. The user should be able to move
playfully and intuitively through the virtual environment by balancing his
body. The immersiveness and the influence on motion sickness and cybersickness
will be investigated. In Addition, the Wii Balance Board will be
compared with the Xbox Controller. The aim of the work is to evaluate
whether the Wii Balance Board is able to allow free movement in virtual
environments and whether it is more advantageous to use it rather than
a conventional controller. The results of the survey indicate that the Wii
Balance Board has a positive influence on the immersivness of the game,
despite better game results by using a conventional controller. The survey
also reveals that the use of the Wii Balance Board is responsible for more
motion-sickness/cybersickness cases.
A growing flood of advertising and information as well a limited capacity to collect information present a challenge to marketing today. Marketing in general is very important for the success of a company. But the classic marketing theory which ignores the special characteristics of young companies dominates. A new company with a new idea and a new product meets an existing market with customers and established competitors. For an innovation-related founding context this is a special challenge.
In this bachelor thesis the subjects, entrepreneurship and marketing will be discussed first. In addition the special characteristics of young companies, the so-called liabilities will be explained. The meaning of the term entrepreneurial marketing is explained by detailed consideration of the close and wide conceptual understanding. Afterwards the comparison clarifies the difference to the classic marketing. As part of the literature review, the current state of research will be presented and the practical use will be examined in more detail based on the central approaches. The approaches are the guerrilla marketing, ambient marketing, sensation marketing, viral marketing and ambush marketing. How entrepreneurial marketing with the central approaches is used in a start-up company is analyzed by a qualitative investigation in the form of a case study.
The case study shows that unconventional marketing measures and low use of medium can have a large effect. The entrepreneurial marketing therefore offers an alternative to classic marketing because it pays attention to the special characteristics of a young start-up company. This bachelor thesis shows that the entrepreneurial marketing can convert the weaknesses of young founding companies into strengths and lead to superiority over the competition.
Simulation von Rauch
(2019)
This bachelor thesis deals with the simulation of smoke in a particle
system. Here the possibilities are investigated to implement smoke as
realistically as possible in a particle system and to calculate it in real time.
The physical simulation is based on the work of Müller and
Ren, who deal with the physical properties of fluids and gases.
The simulation was implemented on the GPU using C++, OpenGL and
the compute shaders available in OpenGL. Special attention was paid
to the performance of the simulation. Hoetzlein techniques are
used to accelerate the particle system. Two acceleration methods were
then implemented and compared. The runtime, but also the used memory
space of the GPU is discussed.
The mitral valve is one of four human heart valves. It is located in the left heart and acts as a unidirectional passageway for blood between the left atrium and the left ventricle. A correctly functioning mitral valve prevents a backflow of blood into the pulmonary circulation (lungs) and thus constitutes a vital part of the cardiac cycle. Pathologies of the mitral valve can manifest in a variety of symptoms with severity ranging from chest pain and fatigue to pulmonary edema (fluid accumulation in the tissue and air space of lungs), which may ultimately cause respiratory failure.
Malfunctioning mitral valves can be restored through complex surgical interventions, which greatly benefit from intensive planning and pre-operative analysis. Visualization techniques provide a possibility to enhance such preparation processes and can also facilitate post-operative evaluation. The work at hand extends current research in this field, building upon patient-specific mitral valve segmentations developed at the German Cancer Research Center, which result in triangulated 3D models of the valve surface. The core of this work will be the construction of a 2D-view of these models through global parameterization, a method that can be used to establish a bijective mapping between a planar parameter domain and a surface embedded in higher dimensions.
A flat representation of the mitral valve provides physicians with a view of the whole surface at once, similar to a map. This allows assessment of the valve's area and shape without the need for different viewing angles. Parts of the valve that are occluded by geometry in 3D become visible in 2D.
An additional contribution of this work will be the exploration of different visualizations of the 3D and 2D mitral valve representations. Features of the valve can be highlighted by associating them with specified colors, which can for instance directly convey pathology indicators.
Quality and effectiveness of the proposed methods were evaluated through a survey conducted at the Heidelberg University Hospital.
The goal of this work is the induction, conception, implementation and evaluation of an interactive game application among Android. The game genre of the app is a 2D-Jump ‘n’ Run Side-Scroller, whose graphical implementation is based on the four elements earth, fire, water and wind. The application should have classic functions of a Jump ‘n’ Run game and allow the player to overcome the four game worlds to find the finish. The implementation is based on Unity Engine and Adobe Photoshop. A user test asks basic questions about the application and specific questions about the research question, which are then evaluated. The research question examines the connection between fun factor and color perception while playing the app. Represented by the natural color combinations of the four elements. At the end possibilities for expansion and future prospects will be discussed.
Mit der rasant fortschreitenden Entwicklung von Informatiksystemen und Algorithmen ist die Erfassung und Verarbeitung von Daten in immer größeren Umfang möglich. Verschiedene Initiativen haben sich dadurch motiviert zur Aufgabe gemacht, über die daraus resultierenden Gefahren für die Persönlichkeitsrechte und die Meinungsfreiheit aufzuklären. Dies soll einen bewussteren Umgang mit personenbezogenen Daten zur Folge haben. Zum Schutz der Grundrechte bedarf es aufgeklärter und informierter Nutzer, diese Aufgabe können die Initiativen allerdings nicht alleine leisten. Die staatlichen Bildungseinrichtungen und besonders die Schulen, stehen hier in der Pflicht sich an der Lösung des Problems zu beteiligen. Um ihrem Bildungsauftrag im vollen Ausmaß gerecht zu werden, bedarf es struktureller Änderungen, wie der Änderung von Lehrplänen. Solange diese allerdings nicht erfolgt sind, muss in und mit den gegebenen Strukturen gearbeitet werden. Eine Plattform dafür bietet der schulische Informatikunterricht.
Die vorliegende Arbeit stellt eine Unterrichtsreihe zur Behandlung von Datenschutz und Datensicherheit vor. Es wurde dabei ein kontextorientierter Ansatz nach Vorbild von Informatik im Kontext gewählt. Die Reihe Smartphone-Applikationen beinhaltet über die genannten primären Themen der Unterrichtsreihe hinaus weitere Dimensionen, die bei der Nutzung von Smartphones auftreten. Durch den direkten Bezug zum Alltag der Schüler soll dabei eine möglichst hohe Betroffenheit erzeugt werden. Dadurch sollen die Schüler ihr bisheriges Nutzungsverhalten überdenken und im besten Fall ihren Altersgenossen als Vorbilder dienen. Die Prüfung der Durchführbarkeit der Reihe im Unterricht steht noch aus. Diese war im Rahmen dieser Arbeit, begründet durch die begrenzte Bearbeitungszeit, nicht zu leisten.
In this thesis criteria and requirements for a successful collaboration platform for the improvement of communication between scientific institutes of the railway industry distributed worldwide are developed and evaluated. First, an introduction to collaboration platforms and their current market situation and trends will be given. The result-ing knowledge will be used for a qualitative content analysis in the form of interviews with the target group of the planned collaboration platform. Based on the basic knowledge and the interviews carried out, hypotheses for communication in scientific institutes will then be formed. These hypotheses serve to create a questionnaire for a quantitative survey of the target group. The following analysis of general collaboration platforms and those of the railway industry provides further insights and describes requirements for a successful conception of a collaboration platform.
A subsequently planned conception of this platform cannot be carried out within the scope of this research work due to a lack of meaningful results and information. The planned quantitative content analysis was too complex for the chosen research context. In this research work, the quantitative questioning will be prepared for the following research work in this topic area. Further work results will be evaluated and made available for the following research work.
Social Network of Business Objects (SoNBO) is a concept for aggregating information distributed in he-terogeneous system landscapes and making it available via a single user interface. The central idea is to understand company information as a network (graph). There is already a SoNBO-Explorer which integrates the information of a customer relationship management system (CRM system). The challenge in configuring such an application is to identify the corporate network and thus find out how the stored data is linked within the company. A tool that can visualize the corporate network is helpful for this. In this thesis a selfdeveloped tool (SoNBO-Graph-App) is presented as a prototype, which realizes this visualization. With this application the configuration of the network in the SoNBO Explorer consisting of the merged data can be supported by carrying out that configuration on a graphical level. The prototype is connected to two different databases of a Customer Relationship Management (CRM) system and allows the aggregation of these data so that it is displayed as a graph in an overview. This gives the user a better insight and understanding of the relationship between the different data. This work is part of the longterm research project SoNBO, whose goal is a concept for the integration of information from different business application systems.
This work describes a novel software tool for visualizing anatomical segmentations of medical images. It was developed as part of a bachelor's thesis project, with a view to supporting research into automatic anatomical brain image segmentation. The tool builds on a widely-used visualization approach for 3D image volumes, where sections in orthogonal directions are rendered on screen as 2D images. It implements novel display modes that solve common problems with conventional viewer programs. In particular, it features a double-contour display mode to aid the user's spatial orientation in the image, as well as modes for comparing two competing segmentation labels pertaining to one and the same anatomical region. The tool was developed as an extension to an existing open-source software suite for medical image processing. The visualization modes are, however, suitable for implementation in the context of other viewer programs that follow a similar rendering approach.
The modified code can be found here: soundray.org/mm-segmentation-visualization.tar.gz.