No description available.

No description available.

No description available.

No description available.

Subject of this written work is as natural acoustic reverberation phenomenon in enclosed spaces used for music production and its replacement. The first chapter defines the reverberation as a physical phenomenon and defines the basic concepts. The second chapter is about reverberation authentic space, its characteristics and specific characteristics. The next chapter describes the properties of artificial reverberation, its parameters and potential problems. This chapter also shows you how to adapt artificial reverberation. The fourth chapter is devoted to a comparison of authentic and artificial reverberation. Here one can find a correlation between their parameters, the differences in the same excitation signal, compared the algorithmic and convolution with the aftermath of an authentic finish. Chapter Five then goes on to state requirements for artificial reverberation in auralization and also some basic aesthetic categories. The last chapter of this work describes a practical experiment that verifies the validity of the hypothesis replace natural reverberation. Subject experiment is auralization audio samples of an anechoic room and recording studio. The aim of the experiment is to simulate a concert hall reverberation.

No description available.

No description available.

The source of information for contemporary as well as future implementers of the distribution centre. Process of a strategic choice, over the decision whether to pursue an own or external distribution centre, an building proposal itself to the final implementation and operation. The key words - distribution, project, outsourcing, development, storage technologies, handling equipment, automatic identification, layout.

This study assessed the impact of using different cultivation technologies on the weed infestation in maize growths. Maize has been evaluated in three experimental sites, Žabčice, Višňové and Skalice (all located in South Moravian region, Czech Republic). Observation of selected sites and overall evaluation of performed experiments was carried out during 2012 and 2016. The weed infestation was evaluated by numerical methods where the number of individual weeds was counted in each tillage treatment of monitored plots on 1 m2 in several repetitions. The data obtained was processed by classical statistical methods in addition to multivariate analyses of ecological data; the Redundancy Analysis (RDA) or Canonical Correspondence Analysis (CCA). Our results show that cultivation technology clearly affects the intensity of weed infestation as well as the species spectrum of weeds in maize. Particularly, the reduced soil tillage creates space for higher representation of new and unusual weed species. Concurently, it has been also confirmed that the weed occurence in maize significantly reduces the development of crop biomass and grain yield. An understanding of the effect of maize cultivation technologies on weed infestation allows flexible adjustment of appropriate weed control or will adjust the overall chemical control.

The aim of this diploma thesis was to analyze movement score of the Czech Fleckvieh Breed dairy cows in relation to housing technology. Practical part was performed in selected companies ZePo, a.s. Libchavy and ZD Mostek with different housing technologies. The observation took place from January to December 2017. The cow's movement score was determined when returning from the milking parlor. Motion score 1 - healthy cows, motion score 2 to 5 - cows with varying degrees of locomotor disorders. Milk productivity parameters included: Milk (kg milk), lactation phase (s), lactation order (n), fat (%) and protein content (%). Based on the results, we can see that the housing technology affects the movement score (P < 0.01). In addition, we can observe that the movement score affects the decrease of the amount of milk, especially at the 4 and 5 movement scores (P <0.01), and also leads to the increase in protein and fat content (P <0.05). Thus, we can say that housing technology has an impact on the dairy cow movement score and, therefore, on dairy cows yield. Poor technology reduces milk yield by 2 kg per cow per day. Keywords: technology, milk performance, milk yield, dairy cow, movement score