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Creation of Logistic Concept in the Selected Company
Němec, Pavel ; Basel, Martin (referee) ; Jurová, Marie (advisor)
The master’s thesis is focused on the issue of logistic concept in the company BKR ČR, s. r. o. It provides a theoretical background for the topic and observes the current situation in the company. Proposed measures are based on the critical analysis in order to increase efficiency and effectiveness of company logistics and customer satisfaction.
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The Studies to Eliminate the Risk of Occupational Safety
Němec, Pavel ; Basel, Martin (referee) ; Jurová, Marie (advisor)
The bachelor’s thesis is focused on the issue of health & safety of the workplace. It provides a theoretical background for the topic and observes the current situation of work safety in the company. It also includes an analysis of risks in the workplace of packaging line, based on which subsequently proposes measures to minimize risks and improve safety.
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Tax Havens
Němec, Pavel ; Venhoda, Ondřej (referee) ; Kopřiva, Jan (advisor)
The thesis deals with the issue of tax optimization through the tax havens. The first part of this thesis contains definitions of the key terms related to the issue. The second part deals with the history of tax havens and describes the current fights against them. The particular countries which belong to the tax havens are concretely analyzed in the next part of this thesis. The countries are organized into the groups by the possibility of using them in specific types of business in the fourth part.
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Electronically adjustable active load for support of laboratory work – feasibility of an implementation
Němec, Pavel ; Hruboš, Zdeněk (referee) ; Šotner, Roman (advisor)
This master’s thesis deals with active electronic loads focusing mostly on alternating input signals. The principles and modes of both DC and AC loads are described, as well as the most important parameters of MOSFET transistor which is used as the main power component. It deals with designing a regulation circuit of an AC load in detail. This work also discusses the possibilities of realisation of the remaining parts of the device. At the end of the thesis the function of the designed regulation circuit is verified by simple measurements on a prototype.
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Optimization of the Production Line Supply Process
Kremzová, Jana ; Němec, Pavel (referee) ; Videcká, Zdeňka (advisor)
The bachelor's thesis deals with the supply process optimization of the production line in the JKVB, s. r. o. company. It is based on the analysis of the supply process and focuses on finding its bottlenecks. As part of the solution, a methodology for determining the optimal amount of material on the line, including its application, is proposed. The whole proposal is evaluated by four criteria. These are return on investment, work productivity, ergonomics and space saving.
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Proposal of Internet Promotion for E-commerce Solution
Němec, Pavel ; Kaňka, Mirek (referee) ; Luhan, Jan (advisor)
This master thesis deals with the issue of online promotion for a particular group of online shops. The first part deals with the clarification of concepts that are closely related to the given issue. The second part analyzes the current promotion of internet shops. In the design section there are several sub-proposals that lead to the improvement of e-shop promotion.
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Depth map by using Kinect
Němec, Pavel ; Kaller, Ondřej (referee) ; Boleček, Libor (advisor)
Nowadays, depth maps are widely used in various branches of human activity (in building industry, medicine, mechanical engineering, robotics, show business etc.). The aim of this thesis is to get acquainted with different methods of their acquisition and with possibilities of their enhancement (e.g. reduction of noise and points of not specified depth). The main subject of this research are depth maps acquired by Kinect device.
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Evolution of brain complexity and processing capacity in birds: Cracking the problem using isotropic fractionator technique
Kocourek, Martin ; Němec, Pavel (advisor) ; Sedláček, František (referee) ; Kratochvíl, Lukáš (referee)
The most fundamental principle of comparative sciences has always been and still is the search for similarities and differences. Maybe that is why people are fascinated by the cognitive abilities of birds like corvids and parrots and their similarities to those of humans. For a long time, the prevailing explanation for the unique abilities of these species was their high relative brain size. However, the brain's processing capacity is not based on its size but on its internal architecture and the number of neurons and synapses. Today, we already have data on the numbers of neurons for hundreds of mammalian, avian, and reptilian species, obtained with the isotropic fractionator. In this thesis, I analyse cellular scaling rules for brains of birds and compare them between avian clades. Bird brains are characterized by large numbers of neurons and high neuron densities, which are comparable to those of mammals in gallinaceous birds (Galliformes) and in passerine birds (Passeriformes) and parrots (Psittaciformes) even exceed those observed in primates. The distribution of neurons is also different. In songbirds and parrots, the majority of neurons are typically located in the telencephalon, specifically in the pallium. The latest data suggest that this is a common feature of core land birds...
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Evolution of brain complexity and processing and cognitive capacity in selected vertebrates
Kverková, Kristina ; Němec, Pavel (advisor) ; Stuchlík, Aleš (referee) ; Iwaniuk, Andrew N. (referee)
Brain processing capacity has traditionally been inferred from data on brain size. However, recent studies have shown that similarly sized brains of distantly related species can differ markedly in the number and distribution of neurons, their basic computational units. There- fore, a finer-grained approach is needed to reveal the evolutionary paths to increased cogniti- ve capacity. This quantitative approach to the evolution of brain processing capacity at the cellular level is relatively new, since quick and reliable estimation of the number of neurons in whole brains or large brain regions has only become possible in the past 15 years or so with the introduction of the isotropic fractionator. This method of determining brain cellular com- position is applicable to a wide range of questions. We can assess intraspecific variation, both at the individual and population level, examine the effect of sex and age, and the study se- lection at the intraspecific level. At the other side of the spectrum, we can study large macro- evolutionary trends or try to isolate the effect of specific selective pressures by comparing more closely related and ecologically similar species. In this thesis, I explored variation in brain size and brain cellular composition across vertebrates at both intraspecies and...
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