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V magistrski nalogi je predstavljeno področje inovativnih raziskovalnih in razvojnih aktivnosti v znanosti IKT-a v Sloveniji v luči krovnega strateškega dokumenta, ki postavlja smernice za razvoj IKT-a v članicah EU – Evropske digitalne agende. Na začetku naloge so razčlenjeni glavni teoretični pojmi področja, v empiričnem delu pa je raziskana intentiteta vlaganja v inovativne raziskovalne in razvojne aktivnosti. Preverili smo tudi, kako dobro se je Slovenija odrezala pri vlaganju v IKT. Podrobneje smo opredelili ključne spodbude za IKT iz programa Horizon 2020, prav tako pa nas je zanimalo, kako uspešno so slovenski upravičenci izkoristili finančne spodbude iz programa. Vse navedeno smo podkrepili z analizo ključnih digitalnih kazalnikov – primerjali smo dosežene kazalnike v Sloveniji z evropskim povprečjem. In this Master Thesis, we presented the area of innovative research and development activities in the ICT science according to the basic strategic document – the European Digital Agenda. At the very beginning, we presented the main theoretical concepts and afterwords we described the intensity of the investment in the innovative research and development activities in the Slovenian ICT sector. We compared how well did Slovenia use the Horizon 2020 financial incentives in the ICT and we also analized the main digital indexes and their results in Slovenia and European Union.

Če dobro pomislimo, nas matematika spremlja že od malih nog. Začne se s štetjem bombonov, nadaljuje se s spoznavanjem osnovnih matematičnih operacij, s težavami s poštevanko števila 7, kaj kmalu pa postane kompleksna in nas popelje k odvodom, integralom, verjetnosti in matrikam. Po drugi strani pa je pomemben del našega življenja tudi ekonomija. S prvim šparovčkom se srečamo z varčevanjem, s prihranki na računu s primerjanjem naših prihodkov in odhodkov, s spremljanjem gospodarskih dogajanj pa z ekonomijo na ravni države. Zato ne preseneča, da sta matematika in ekonomija v nenehnem medsebojnem razmerju. V svojem diplomskem seminarju bom predstavila osnovne operacije z matrikami, nato pa se bom osredotočila na uporabo matrik v ekonomiji. Podrobneje bom opisala tri načine uporabe matrik v ekonomskih procesih: input-output analizo, markovske verige in linearno programiranje. Mathematics is a part of our everyday life. We get to know it by counting candies, learning basic mathematical operations. Multiplication tables lead us to more complex problems, such as derivative functions, integrals, probabilities and matrices. On the other hand, economy is very important in our lives as well. As children, we start to save our money, making some by saving it on bank accounts and sooner or later we start to pay attention on what is happening in our country and worldwide economy. Mathematics and economy are connected and in this work I will present three examples of using matrices in solving economic problems – input-output analysis, markov chain models and linear programming.

Diplomsko delo opiseuje mejno osebnostno motnjo, vlogo in naloge medicinske sestre pri zdravstveni negi bolnika z mejno osebnostno motnjo. Diploma thesis describes borderline personality disorder, role of nurses in those with personality disorder

On the basis of mathematical model a new equation for temperature distribution in the continuous cast strand in the secondary zone has been obtained. From this equation the time of cooling of the strand surface to a selected temperature can be deduced, witch is in good agreement with experimental values from the literature.