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Watermarking 3D Models
Honzátková, Tereza ; Herout, Adam (referee) ; Španěl, Michal (advisor)
Goals of this work are to summarize the process and existing methods of 3D models watermarking, to choose relevant methods for embedding/extraction of a watermark to/from 3D models. The final solution is based on Spectral Mesh Compression technique. This method is robust, imperceptible and informed. The embedded watermark is detectable and robust against geometrical transformations, added random noise, mesh smoothing and simplification, compression and cropping. The realized tool allows a user to embedding watermark into the mesh, modify the mesh and extraction of a watermark from mesh. Testing was conducted on a set of 5 models differing in size, shape and density of points. The resulting tool inserts a watermark composed of four characters that can detect both undamaged models and the models affected. Among the attacks against which the watermark is robust, include transformations, rotation, scale, adaptive random noise, and combination of this.
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Analysis of Defects on PCB Using Modern Optical Method
Vala, Martin ; Řezníček, Michal (referee) ; Řihák, Pavel (advisor)
This diploma thesis is focused on detecting of defects on BGA (Ball Grid Array) components using of X-ray. Defects are formed during reflow BGA components during assembly, but also later due to mechanical and thermal stress. Therefore, there is an overview of defects and methods of diagnosis of BGA packages eg .: modern X-ray defect detection or micro sections. There is disclosed a device NORDSON DAGE XD7600NT its operation and setup. The device enables advanced methods of scanning called X-plane. For creating 3D models used reconstructive software called CERA, which uses raw data from the method of X-Plane.
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3D Model View Options for E-business and Economic Cybernetics
Burýšek, Michal ; Konečný, Vladimír (referee) ; Dvořák, Jiří (advisor)
This bachelor‘s thesis deals with environment of e-business its current trends and defining by using science of economic cybernetics. The first part focuses on how the economic procedures works and shows these procedures through the schemes of economic cybernetics discipline. The second part deals with current trends in the 3D view and its use in e-business environment and future developments.
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Usage of the Fused Deposition Modeling Method for Medical Purposes
Ševčíková, Lucie ; Zouhar, Jan (referee) ; Sedlák, Josef (advisor)
The bachelor‘s thesis deals with the use of medical devices for medical purposes. The first part focuses on the current state of the problem and describes the current rapid prototyping technology. The second part describes an implementation of production of knee joint bones, a 3D printer by using the method uPrint Fused Deposition Modeling and deals with the evaluation of the cost of producing 3D models using the Fused Deposition Modeling in comparison with other current technologies.
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Concept of 3D Electric Catalogue and Manual
Tuček, Luděk ; Dvořák,, Jiří (referee) ; Dvořák, Jiří (advisor)
The bachelor thesis deals with modern 3D electronic catalogues and manuals that will be used by users of the expansion turbine operators to quickly locate and determine the required spare parts and expansion turbine. Manufacturing company serves for product presentations and will also serve as a guide for disassembly and assembly of components required by expansion turbine users.
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Temperature analysis of molded case circuit breaker's current path
Mejzlík, Tomáš ; Makki, Zbyněk (referee) ; Dostál, Lukáš (advisor)
The work deals with the preparation of dimensional drawings, circuit-breakers and switching elements for inclusion in the database devices. Part of the original drawing documentation is from the U.S. catalogue EATON. Preparation of drawings from the catalogue meant to convert the projection between U.S. and European, including compliance with ISO and ČSN, redraw geometry to the CAD system using Autodesk AutoCAD 2010 and complete dimension. Another part of the project was to model the two completely dimensioned breakers in 3D space, along with their implementation in the model EATON cabinet, including the construction of their connections to buses and cable entry.
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Racing Game in 3D
Ševčík, Martin ; Láník, Aleš (referee) ; Šuška, Boris (advisor)
This bachelor's thesis describes issues of interaction between Java Monkey Engine (jME) and models created with program Autodesk 3D Studio Max. It contains theoretical basis for the jMonkey Engine architecture and Lightweight Java Game Library (LWJGL). In the following section, the thesis describes techniques of working with objects in the 3D scene and their way of implementation.
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3D Racing Game For Android Platform
Ševčík, Martin ; Polok, Lukáš (referee) ; Láník, Aleš (advisor)
This master's thesis deals with the possibilities of using open source 3D game engine Java Monkey Engine (jME) in developing applications for the Android platform. It includes theoretical knowledge for the jMonkey Engine architecture and the Android platform. In the following section, the thesis describes used techniques and external libraries in solving issues of interaction between jME and Android platform and of working with objects in the 3D scene and their way of implementation.
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Advanced Techniques Demo Using OpenGL
Buček, Antonín ; Přibyl, Jaroslav (referee) ; Herout, Adam (advisor)
This thesis demonstrates advanced techniques using OpenGL. The work is conceived as a demo without any size restrictions. It focuses on creating 3D world, which consists of inner rooms complex. Some additional interesting objects, lighting and shadows enrich the rooms. Particle systems, which were used to create explosions, smokes and some other particle effects are described in the thesis, too. 3D machine models fight between themselves using laser beams and form the story of the demo. Important part of the work is a movement model which is applied to both models and avatar. Sound track completes the demo.
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Digitizing of human tissues
Matejková, Monika ; Koutný, Daniel (referee) ; Paloušek, David (advisor)
The goal of this bachelor thesis is to build up a compact overwiew of recent development in medical visual methods, which allow making three-dimensional geometric datas and overwiew of scanning methods outside geometry surface of human body with next digitalizing. There are describing principles of each ones visual methods, their possible advantages, disadvantages, which outputing forms we receive. In next part of this thesis there are describing possibilities of processing acquired datas for making 3D geometry models. Work is completing with appreciation of obtained knowledges and definition of trends future development.
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