Aujourd’hui, on parle du Web social. Facebook par exemple, porte bien la marque de son époque ; il est devenu le réseau social le plus convoité dans le monde. Toutefois, l’entreprise a été souvent critiquée en raison de sa politique qui porte atteinte à la vie privée des personnes. Par le truchement de ses modules sociaux, Facebook a le potentiel de collecter et d’utiliser des informations considérables sur les internautes à leur insu et sans leur consentement. Ce fait est malheureusement méconnu de la majorité d’entre eux. Certes, l’entreprise doit vivre économiquement et l’exploitation des renseignements personnels constitue pour elle une source de revenu. Toutefois, cette quête de subsistance ne doit pas se faire au détriment de la vie privée des gens. En dépit des outils juridiques dont le Canada dispose en matière de protection de la vie privée, des entreprises du Web à l’image de Facebook réussissent à les contourner. / Today we talk about the social Web. Facebook for example bears the mark of its time, as it becomes the most coveted social networking Web site in the world. However, the company has been criticized due to its policy that violates people's privacy. Through its social plugins, Facebook has the potential to collect considerable amounts of information about users without their knowledge and without their consent, a fact which is unknown to most of them. Certainly, the company must ensure its economic stability through these activities. However, this quest for subsistence should not be to the detriment of people's privacy. Canada has legal tools for the protection of privacy that allow users to deal with this kind of threat. However, Web companies such Facebook succeed to circumvent the law.

Aujourd’hui, on parle du Web social. Facebook par exemple, porte bien la marque de son époque ; il est devenu le réseau social le plus convoité dans le monde. Toutefois, l’entreprise a été souvent critiquée en raison de sa politique qui porte atteinte à la vie privée des personnes. Par le truchement de ses modules sociaux, Facebook a le potentiel de collecter et d’utiliser des informations considérables sur les internautes à leur insu et sans leur consentement. Ce fait est malheureusement méconnu de la majorité d’entre eux. Certes, l’entreprise doit vivre économiquement et l’exploitation des renseignements personnels constitue pour elle une source de revenu. Toutefois, cette quête de subsistance ne doit pas se faire au détriment de la vie privée des gens. En dépit des outils juridiques dont le Canada dispose en matière de protection de la vie privée, des entreprises du Web à l’image de Facebook réussissent à les contourner. / Today we talk about the social Web. Facebook for example bears the mark of its time, as it becomes the most coveted social networking Web site in the world. However, the company has been criticized due to its policy that violates people's privacy. Through its social plugins, Facebook has the potential to collect considerable amounts of information about users without their knowledge and without their consent, a fact which is unknown to most of them. Certainly, the company must ensure its economic stability through these activities. However, this quest for subsistence should not be to the detriment of people's privacy. Canada has legal tools for the protection of privacy that allow users to deal with this kind of threat. However, Web companies such Facebook succeed to circumvent the law.

This term project deals with creating visual tool for building image processing applications that is performed using the graphical interconnection of functional blocks. Graphical interconnection is realised by so-called node editor that is implemented in Qt framework. This framework is used across the project - for the user interface and management of dynamic libraries. OpenCV library is used as the basis for image processing, this tool can be extended to other methods of image processing using plugins included in the dynamic libraries. The tool interprets the proposed application, the proposal application is supported by the preview mode of the change in real time. The tool also contains a history of actions (Undo/Redo system).

Thesis aims to present the current situation of social plugins growth. It examines social plugins from users and website owner point of view. At the beginning, the work reminds of web present emergence and comes after with emergence of social plugins. Work examines also the terminology of term "social plugin". Social plugins (as is Facebook Like button) are described in chapter Type of social plugins, after this comes chapter about practical usage of social plugins. Parts of this chapter are case studies and evaluations of advantages and disadvantages. Last chapter follow social plugins from the user's point of view. The subjects of examination are motivation to share information online and present results of studies and research, which has been prepared by author of this thesis. In enclosure can be found complete list of the most exploited social plugins including their functions and possibilities of usage.

Работа нацелена на разработку комплексного метода автоматизации процесса с помощью создания дополнительной программной надстройки, связанного с созданием, редактированием и управлением семейств в программном комплексе Revit. Главная задача надстройки заключается в уменьшении временных и трудовых затрат в процессе выполнения подобного рода задач, а также призвана существенно уменьшить количество ошибок, связанных с человеческим фактором. / The work is aimed at developing a comprehensive method for automating the process by creating an additional software add-on associated with the creation, editing and management of families in the Revit software package. The main task of the add-on is to reduce time and labor costs in the process of performing such tasks, and is also designed to significantly reduce the number of errors associated with the human factor.

The telecommunications industry is rapidly advancing with the adoption of cloud-native technologies, aiming to enhance service delivery and network management. Kubernetes, an open-source platform for automating containerized applications, plays a significant role in this transformation. However, the use of Kubernetes in telecommunications presents unique challenges, particularly in effective network traffic separation. This thesis explores the feasibility and implications of exposing services on secondary network interfaces in Kubernetes to address traffic separation issues. The research investigates current trends and approaches for enabling service exposure on secondary interfaces, evaluates how these services support Kubernetes' resiliency features, and assesses the performance implications. A combination of literature review, empirical experiments, and interviews was used. Initially, a proof of concept (PoC) using Multus-service was attempted but faced setbacks due to the project's deactivation. Developer interviews revealed resistance within the Kubernetes SIG-Network group to modifying the established services API for secondary interfaces, and a lack of compelling use cases and community feedback led to the deprecation of Multus-service. Current trends indicate a shift towards more scalable, less disruptive solutions like the Gateway API. The focus then shifted to Meridio, another project claimed to have the capability of enabling service exposure through secondary interfaces. A successful PoC with Meridio in an OpenShift cluster served as the basis for further evaluations. The findings indicate that Meridio has the capability of providing service exposure through secondary network interfaces and aligns with Kubernetes' self-healing mechanisms. Performance evaluations showed that services on secondary interfaces could offer comparable overall performance to those on primary interfaces. Resource utilization metrics reveal additional CPU and memory overheads, but these are considered manageable. This research provides insights into the use of secondary network interfaces for service exposure in Kubernetes, contributing to ongoing discussions within Ericsson Cloud-RAN. The research underscores the need for further development and optimization, suggesting that with continued advancements, service exposure through secondary interfaces could enhance network management and service delivery in cloud-native environments.

Performance measurement and runtime tuning tools are both vital in the HPC software ecosystem and use similar techniques: the analyzed application is interrupted at specific events and information on the current system state is gathered to be either recorded or used for tuning. One of the established performance measurement tools is Score-P. It supports numerous HPC platforms and parallel programming paradigms. To extend Score-P with support for different back-ends, create a common framework for measurement and tuning of HPC applications, and to enable the re-use of common software components such as implemented instrumentation techniques, this paper makes the following contributions: (I) We describe the Score-P metric plugin interface, which enables programmers to augment the event stream with metric data from supplementary data sources that are otherwise not accessible for Score-P. (II) We introduce the flexible Score-P substrate plugin interface that can be used for custom processing of the event stream according to the specific requirements of either measurement, analysis, or runtime tuning tasks. (III) We provide examples for both interfaces that extend Score-P’s functionality for monitoring and tuning purposes.

Performance measurement and runtime tuning tools are both vital in the HPC software ecosystem and use similar techniques: the analyzed application is interrupted at specific events and information on the current system state is gathered to be either recorded or used for tuning. One of the established performance measurement tools is Score-P. It supports numerous HPC platforms and parallel programming paradigms. To extend Score-P with support for different back-ends, create a common framework for measurement and tuning of HPC applications, and to enable the re-use of common software components such as implemented instrumentation techniques, this paper makes the following contributions: (I) We describe the Score-P metric plugin interface, which enables programmers to augment the event stream with metric data from supplementary data sources that are otherwise not accessible for Score-P. (II) We introduce the flexible Score-P substrate plugin interface that can be used for custom processing of the event stream according to the specific requirements of either measurement, analysis, or runtime tuning tasks. (III) We provide examples for both interfaces that extend Score-P’s functionality for monitoring and tuning purposes.