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Generator of the Spatial Structure of the Cardiovascular System of the Human Hand Finger
Gajdoš, Samuel ; Goldmann, Tomáš (referee) ; Drahanský, Martin (advisor)
The work contains theoretical knowledge in the field of scanning the veins of the human finger as a biometric feature. In addition to the study of biometrics, the thesis also includes resources from the field of medicine, where it mainly studies the anatomy and distribution of organs in the human finger. Subsequently, the algorithm that was selected to generate the spatial structure of the cardiovascular system of the human finger is discussed. This is a Space Colonization algorithm that was not created for this purpose. However, with small modifications to the basic algorithm, this procedure proved to be relatively efficient and suitable for the given task. The work also describes the used programming environment Processing and its libraries, which were used in the implementation of the spatial model generator.
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Developing SpaceX's Grand Strategy Amidst A New Cold War
Tigmo, Christopher ; Doboš, Bohumil (advisor) ; Landovský, Jakub (referee)
The Current Cold War poses a significant threat to SpaceX's terrestrial and extraterrestrial operations. This thesis aims to develop a SpaceX grand strategy with geopolitics and geoeconomics as the primary motives. The goal is analyze how this corporate grand strategy can be aligned with U.S. foreign policy ambitions, so that there is a symbiotic relationship and stable growth for both of them. By utilizing strategic coordinated investments the US can help SpaceX diversify and improve its economic/logistical resilience to foreign power influence, while simultaneously accomplishing US foreign policy ambitions.
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Generator of the Spatial Structure of the Cardiovascular System of the Human Hand Finger
Gajdoš, Samuel ; Goldmann, Tomáš (referee) ; Drahanský, Martin (advisor)
The work contains theoretical knowledge in the field of scanning the veins of the human finger as a biometric feature. In addition to the study of biometrics, the thesis also includes resources from the field of medicine, where it mainly studies the anatomy and distribution of organs in the human finger. Subsequently, the algorithm that was selected to generate the spatial structure of the cardiovascular system of the human finger is discussed. This is a Space Colonization algorithm that was not created for this purpose. However, with small modifications to the basic algorithm, this procedure proved to be relatively efficient and suitable for the given task. The work also describes the used programming environment Processing and its libraries, which were used in the implementation of the spatial model generator.
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