2 resultados para Delimitation
em Repositório Institucional da Universidade Tecnológica Federal do Paraná (RIUT)
Resumo:
This research has as an objective to study the IT Governance in the Brazilian Federal Universities, discusses the relationships between the IT Governance (ITG) mechanisms and the noticed IT management development in those public institutions. The subject Information Technology Governance, is not only vast, but constitutes implications in most different operational and knowledge areas, being relevant to the Public Administration, as a part of Corporative Governance and the public related, evolves high investments, such as financial, structure and material and human resources. The universities are entities from Indirect Administration and essential actors in the knowledge developing and creating and on its managers. Theirs public administrative agents, responds for the managing public resources competence and to provide internal policy that determines how IT will allow a bigger alignment and reaching of institutions business. We highlight the role of universities that manage significant quantity of public resources to achieve its institutional purposes. Looking this way, this theoretical and empirical study has as its goal to design an ITG panorama in the Brazilian universities (67 universities), for the strategic alignment on governance actions and institutional development focusing on the efficiency of the public service offered by those institutions. Facing this research focus delimitation, the methodology process will evolve three investigative activities: (1) documental and bibliographical research, (2) questioning, and exploratory tool, to investigate the IT Governance and Management perception in the IFES, directed to IT executive responsible, as a data collection device and (3) research the availability of ITG information in institutes websites. This project contributes to the studies this subject; it investigates the relations that make the ITG as a business strategy and shows the implementation IT Governance, such as a tool to allow the viability of Corporate Governance. This way, expected to contributes to the Public Administration development, following the principle that to improve it’s needed diagnose, and then, offer better results to the society on this field of working.
Resumo:
Spasticity is a common disorder in people who have upper motor neuron injury. The involvement may occur at different levels. The Modified Ashworth Scale (MAS) is the most used method to measure involvement levels. But it corresponds to a subjective evaluation. Mechanomyography (MMG) is an objective technique that quantifies the muscle vibration during the contraction and stretching events. So, it may assess the level of spasticity accurately. This study aimed to investigate the correlation between spasticity levels determined by MAS with MMG signal in spastic and not spastic muscles. In the experimental protocol, we evaluated 34 members of 22 volunteers, of both genders, with a mean age of 39.91 ± 13.77 years. We evaluated the levels of spasticity by MAS in flexor and extensor muscle groups of the knee and/or elbow, where one muscle group was the agonist and one antagonist. Simultaneously the assessment by the MAS, caught up the MMG signals. We used a custom MMG equipment to register and record the signals, configured in LabView platform. Using the MatLab computer program, it was processed the MMG signals in the time domain (median energy) and spectral domain (median frequency) for the three motion axes: X (transversal), Y (longitudinal) and Z (perpendicular). For bandwidth delimitation, we used a 3rd order Butterworth filter, acting in the range of 5-50 Hz. Statistical tests as Spearman's correlation coefficient, Kruskal-Wallis test and linear correlation test were applied. As results in the time domain, the Kruskal-Wallis test showed differences in median energy (MMGME) between MAS groups. The linear correlation test showed high linear correlation between MAS and MMGME for the agonist muscle as well as for the antagonist group. The largest linear correlation occurred between the MAS and MMG ME for the Z axis of the agonist muscle group (R2 = 0.9557) and the lowest correlation occurred in the X axis, for the antagonist muscle group (R2 = 0.8862). The Spearman correlation test also confirmed high correlation for all axes in the time domain analysis. In the spectral domain, the analysis showed an increase in the median frequency (MMGMF) in MAS’ greater levels. The highest correlation coefficient between MAS and MMGMF signal occurred in the Z axis for the agonist muscle group (R2 = 0.4883), and the lowest value occurred on the Y axis for the antagonist group (R2 = 0.1657). By means of the Spearman correlation test, the highest correlation occurred between the Y axis of the agonist group (0.6951; p <0.001) and the lowest value on the X axis of the antagonist group (0.3592; p <0.001). We conclude that there was a significantly high correlation between the MMGME and MAS in both muscle groups. Also between MMG and MAS occurred a significant correlation, however moderate for the agonist group, and low for the antagonist group. So, the MMGME proved to be more an appropriate descriptor to correlate with the degree of spasticity defined by the MAS.