Metholodogy of Conclusions Evaluation as a Barrier for Getting Finansing of Innovations in SME. The main aim of this article was to identify the barriers arising from the proposals for the definition of innovation adopted for evaluation. The subject of the study was the methodology of evaluation of applications for co-financing under European Union funds, the sub-measure „Industrial research and development by enterprises”. Complicated procedures and the lack of access to reliable information result in the need to use third-party services when preparing applications. In addition, projects that are highly competitive are favored, but are not always the most innovative. Another problem is the approach to the definition of innovation. The so-called the Oslo methodology was last updated in 2005. The methodology adopted is also not adequate to the current situation in the IT service landscape.
The paper deals with the problem of defi nite article in the Gothic Bible. More specifically, it concentrates on the differences and similarities of use between the target language, i.e. Gothic, and the source language, i.e. Greek, with special attention being paid to the case of the article – nominative, genitive, dative or accusative. It is part of a larger endeavor aiming at the analysis of the whole Gothic Bible in this respect. This time the Gospel of John is taken into consideration, following an earlier study which concentrated on the Gospel of Matthew. In the paper it will not only be observed how frequently Gothic omits the definite article in places where Greek uses it in the Gospel of John, but also in what way the cases of the definite article vary in both languages due to their grammatical specificities.
An analysis of a given electrical circuit using a fractional derivative. The statespace equation was developed. The dynamics of tensions described by Kirchhoff’s laws equations. The paper used the definition of the integral derivative Caputo and CDF conformable fractional definition. An electrical circuit solution using Caputo and CDF defini- tions for rectangular with zero initial conditions was developed. The results obtained using the Caputo and CDF definitions were compared. The solutions are shown for capacitor voltages, for fractional derivative orders of 0.6, 0.8, 1. The results were compared using graphs.
Shaping a space shouldn’t be an endless expansion of the built environemnt. New districts and new cities should be more than collections of houses, quickly produced and placed without any overarching concept. They should present streets, squares, axes, directions, as features of the area's composition. An ordered space is a sign of true modernity.
The main goal of this article is to characterise and compare some aspects of Hilary Putnam’s referential theory of meaning and Robert B. Brandom’s inferential theory of meaning. I will do it to indicate some similarities and differences in these theories. It will provide an opportunity for a deeper understanding of these theories and for a more adequate evaluation of how they describe and explain the process of meaning acquisition of linguistic expressions. In his theory of meaning Putnam emphasises the importance of reference understood as a relationship which connects linguistic expressions and extra-linguistic (empirical) reality. Brandom acknowledges inference as a main category useful in characterising the meaning of expressions used in premises and a conclusion of inference. But his theory of meaning is criticised for minimalising the role of an empirical component (demonstratives etc.). He tries to defend his standpoint in the anaphoric theory of reference. Putnam like Brandom claimed that we – as cognitive subjects – are not in a situation in which we learn about the extra-linguistic reality in a direct way. It is the reality itself as well as our cognitive apparatus that play a role in a cognitive process.
Video walls are useful to display large size video content. Empowered video walls combine display functionality with computing power. Such video walls can display large scientific visualizations. If they can also display high-resolution video streamed over a network, they could enable distance collaboration over scientific data. We proposed several methods of network streaming of highresolution video content to a major type of empowered video walls, which is the SAGE2 system. For all methods, we evaluated their performance and discussed their scalability and properties. The results should be applicable to other web-based empowered video walls as well.