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The Global ETD Search service is a free service for researchers
to find electronic theses and dissertations. This service is
provided by the
Networked Digital Library of Theses and Dissertations.
Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
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Showing 1 to 3 of 3 (0.016 seconds)| 1 |
IBM QRadar SIEM: : Undertitel: Installation, dokumentation och utvärderingZetterlund, Rickard January 2018 (has links)
Detta arbete har utförts på uppdrag av ett konsultföretag vars systemkonsult önskar dokumentera grundläggande kunskap gällande IBM Qradar SIEM. Arbetet beskriver vad IBM QRadar SIEM är och vad det kan göra,samt går igenom installation av QRadar Community Edition och information gällande händelser och flöden i en virtuell miljö. Arbetet redovisar även den uppskattade tiden det tar att installera QRadar CE och de applikationer som användes i detta arbete. En dokumentation skapades för systemkonsulten innehållandes denna information. Det tar även upp en etisk diskussion angående SIEM, andra SIEM-lösningar samt olika typerav nätverksattacker. / This work has been performed on behalf of a consulting company whose system consultant wishes to document basic knowledge regarding IBM QRadar SIEM. The work describes what IBM QRadar SIEM is and what it can do, as well as reviewing the installation of QRadar Community Edition and information about events and flows in a virtual environment. The work also reports the estimated time it takes to install QRadar CE and the applications used in this work. A documentation was created for the system consultant containing this information.This work has been performed on behalf of a consulting company whose system consultant wishes to document basic knowledge regarding IBM QRadar SIEM. The work describes what IBM QRadar SIEM is and what it can do, as well as reviewing the installation of QRadar Community Edition and information about events and #ows in a virtual environment. The work also reports the estimated time it takes to install QRadar CE and the applications used in this work. A documentation was created for the system consultant containing this information. It also addresses an ethical discussion regarding SIEM, other SIEM solutions and various types of network attacks.
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OpenBSD Hardware Sensors — Environmental Monitoring and Fan ControlMurenin, Constantine Aleksandrovich 18 May 2010 (has links)
This thesis discusses the motivation, origin, history, design guidelines, API, the device drivers and userland utilities of the hardware sensors framework available in OpenBSD. The framework spans multiple utilities in the base system and the ports tree, is utilised by over 75 drivers, and is considered to be a distinctive and ready-to-use feature that sets OpenBSD apart from many other operating systems, and in its root is inseparable from the OpenBSD experience.
The present framework, however, is missing the functionality that would allow the user to interface with the fan-controlling part of the hardware monitors. We therefore discuss the topic of fan control and introduce sysctl-based interfacing with the fan-controlling capabilities of microprocessor system hardware monitors. The discussed prototype implementation reduces the noise and power-consumption characteristics in fans of personal computers, especially of those PCs that are designed from off-the-shelf components. We further argue that our prototype is easier, more intuitive and robust compared to solutions available elsewhere.
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OpenBSD Hardware Sensors — Environmental Monitoring and Fan ControlMurenin, Constantine Aleksandrovich 18 May 2010 (has links)
This thesis discusses the motivation, origin, history, design guidelines, API, the device drivers and userland utilities of the hardware sensors framework available in OpenBSD. The framework spans multiple utilities in the base system and the ports tree, is utilised by over 75 drivers, and is considered to be a distinctive and ready-to-use feature that sets OpenBSD apart from many other operating systems, and in its root is inseparable from the OpenBSD experience.
The present framework, however, is missing the functionality that would allow the user to interface with the fan-controlling part of the hardware monitors. We therefore discuss the topic of fan control and introduce sysctl-based interfacing with the fan-controlling capabilities of microprocessor system hardware monitors. The discussed prototype implementation reduces the noise and power-consumption characteristics in fans of personal computers, especially of those PCs that are designed from off-the-shelf components. We further argue that our prototype is easier, more intuitive and robust compared to solutions available elsewhere.
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