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Bee nuc creation and proliferation of bee colonies
NOVOTNÝ, Josef
The aim of this thesis is to thoroughly summarize the ways of honey bees' reproduction, especially the means of splits creation. Additionally, the thesis provides a description of the care necessary to develop the splits into a sufficient number of bee colonies prepared for hibernation.
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Inclusion of persons with disabilities into projects of Czech development cooperation
Janušová, Nela ; Novotný, Josef (advisor) ; Komanická, Daniela (referee)
This thesis deals with the issue of inclusion of persons with disabilities in development cooperation projects. The first part of this thesis justifies the importance of the chosen topic. Based on the sources available and their analyses, the thesis discusses concepts and approaches to the issue of inclusion of disabled people, which is also one of the declared cross-cutting principles of development cooperation. The objective of the empirical part was to find out whether and to what extent Czech non-profit organizations take into account disabled people in their projects. The empirical part uses qualitative methods of evaluation of eleven semi- structured interviews with employees of selected non-profit organizations. Also, the methods of conceptual analysis and short interviews with representatives of the Ministry of Foreign Affairs and the Czech Development Agency were used. The data gained imply that an inclusive approach is not applied universally, but depends on the project type or the organization. Smaller organizations either do not pay attention to the needs of persons with disabilities at all, or on the other hand, they work fully inclusively and take them into account even in projects where the primary goal is different. Larger organizations have a wide range of applications. They do not...
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Detection algorithms of moving objects
Novotný, Josef ; Mikulka, Jan (referee) ; Marcoň, Petr (advisor)
This work deals with detection methods of moving objects. This thesis contains a research of available solutions for further implementation on the Raspberry Pi using the OpenCV library. The aim of the thesis is to realize a module that is capable of detecting and recognizing moving objects in the sky. Required objects can be detected in static or dynamic mode. In the theoretical part of the thesis are methods divided into motion detection, object detection and object recognition. In the practical part were for detection of undesired objects selected a background subtraction method and the localization of significant ORB points. Haar feature-based cascade classifiers was for recognition of learned objects chosen. In the practical part, methods were of computational difficulty and detection success tested. The result is an automatic detection device that allows to watch and distinguish unwanted objects in the sky.
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