Search

A evolução tecnológica é fato marcante e constante no século XXI. Vendo as inúmeras vantagens, o Poder Judiciário Brasileiro resolveu encarar o desafio e se render à tecnologia como forma de oferecer ao cidadão uma prestação jurisdicional mais célere, transparente, eficiente. Para isso, foi promulgada a Lei nº 11.419, de 2006, que autorizou o uso de meio eletrônico na tramitação de processos judiciais e estipulou as regras para observância pelos órgãos. Neste trabalho, pretende-se discorrer sobre o contexto histórico acerca do processo eletrônico no Brasil, como se deu a trajetória da realidade brasileira até a promulgação da Lei nº 11.419, e as leis aprovadas ao longo dos anos que autorizavam algum tipo de meio tecnológico para facilitar os trâmites processuais. O trabalho também versa sobre a implantação do processo eletrônico no Brasil e suas consequências. Como objeto principal do estudo, será analisada a implantação do sistema processual eletrônico no estado do Tocantins; em segundo plano, buscar-se-á demonstrar a realidade do Poder Judiciário Tocantinense e o impacto da implantação do Processo Eletrônico nessa esfera de competência.

In this work, we approached the maximum flow problem from the graph theory perspective with the goal of providing a software implementation of an algorithmic solution to the problem for later use in optimization of network design and IP routing. Initially,we bring context and definition to the problem. Next, we present the studied algorithms, the methodology and the executed experiments. We coded two solutions to this problem from the literature: The Ford-Fulkerson algorithm and the Edmonds-Karp algorithm.A system in the form of a fiber optic network was modeled as a graph and the algorithms were applied to the model as proof of concept.Additionally, to empirically evaluate the algorithms’ correctness and performance, we made a random graph base with varying sizes and edge densities and ran the algorithms on those. The comparison of the results show that the Edmonds-Karp algorithm has greater performance.

The main purpose of the study is to analyze the variability of certain bioclimatic indicators (the Winter Scharlau Index, the Summer Scharlau index, the Relative Strain Index-RSI, the Wind Chill index) in order to identify the degree of comfort felt by tourists in thewhite dominant area on the northern side of the Parâng Mountains. The necessity for this study is apparent in the context of the development of mountain tourism and that of winter sports tourism in the Parâng mountain resort in particular. The relevance of the results is also due to the analysis of the climatic parameters (temperature, relative humidity, wind) at two different moments in time during the tourist seasons (winter and summer). The ParângMountains feature a large area that favors skiing, which accounted for the tourist refurbishment of the white dominant area in the northern sector as early as 1960-1970. The typical features of the natural landscape and tourist accommodation facilities created in theParâng mountain resort justify the heavy inflow of tourists from numerous regions in Romania in wintertime.

Pseudomonas putida is a member of the fluorescent pseudomonads known to produce the yellow-green fluorescent pyoverdine siderophore. P. putida W15Oct28, isolated from a stream in Brussels, was found to produce compound(s) with antimicrobial activity against the opportunistic pathogens Staphylococcus aureus, Pseudomonas aeruginosa, and the plant pathogen Pseudomonas syringae, an unusual characteristic for P. putida. The active compound production only occurred in media with low iron content and without organic nitrogen sources. Transposon mutants which lost their antimicrobial activity had the majority of insertions in genes involved in the biosynthesis of pyoverdine, although purified pyoverdine was not responsible for the antagonism. Separation of compounds present in culture supernatants revealed the presence of two fractions containing highly hydrophobic molecules active against P. aeruginosa. Analysis of the draft genome confirmed the presence of putisolvin biosynthesis genes and the corresponding lipopeptides were found to contribute to the antimicrobial activity. One cluster of ten genes was detected, comprising a NAD-dependent epimerase, an acetylornithine aminotransferase, an acyl CoA dehydrogenase, a short chain dehydrogenase, a fatty acid desaturase and three genes for a RND efflux pump. P. putida W15Oct28 genome also contains 56 genes encoding TonB-dependent receptors, conferring a high capacity to utilize pyoverdines from other pseudomonads. One unique feature of W15Oct28 is also the presence of different secretion systems including a full set of genes for type IV secretion, and several genes for type VI secretion and their VgrG effectors.

John II Komnenos was the son of Emperor Alexios I Komnenos and Eirene Doukaina, and brother of Princess Anna Komnene, the author of the Alexiad. Born in 1087, he was crowned soon after his fifth birthday as co-emperor with his father, and in 1105, he was married to Piroska Árpád, daughter of King Ladislaus I of Hungary and Adelaide of Rheinfelden. He is principally known for continuing his father’s work of stabilising Byzantium after the crises of the eleventh century. This included major wars of defence and conquest in both the Balkans and Anatolia, and especially a major eastern expedition in 1137–1139. During this campaign, he conquered Cilicia, but he was recalled to defend his borders against the Turks before he could make further conquests in Syria and bring the crusader states under his aegis. He died in a hunting accident just before he returned to Syria, with intentions to go to Jerusalem as well. His best-known iconographic representation is a mosaic of him and his wife in the Great Church of Sophia. Whilst there is also an image of him in a contemporary ornate gospel book, his most common representations are found on his many coin issues and seals.