Syfte: Molnbaserade tjänster har blivit allt vanligare i redovisningsbranschen. Därför syftar denna studie till att undersöka vilka faktorer som ligger till grund för små och medelstora redovisningsbyråers adoptionsbeslut vid implementeringen av molnbaserad klientredovisning. Metod: Studien utgår ifrån den hermeneutiska forskningsfilosofin med en abduktiv ansats då tidigare studier inom området varit få och att vi söker förståelse för motiven bakom människors handlingar. Rent praktiskt har elva semi-strukturerade intervjuer hos små och medelstora redovisningsbyråer genomförts. En modifierad EDI-adoptionsmodell har använts som en del av studiens teoretiska utgångspunkt. Resultat och slutsats: Faktorer som påverkar beslutet följer till stor del den modifierade EDI- adoptionsmodellen. Däremot hade organisatorisk beredskap inte lika stor påverkan som övriga tre kategorier. Dessutom upptäcktes en ny faktor, trygghet. Examensarbetets bidrag: Studien bidrar till en förståelse för vilka faktorer som är av betydelse vid adoption av molnbaserade redovisningssystem. Det bör vara av intresse för leverantörer, men även ge stöd åt redovisningsbyråer som står inför ett sådant beslut. Förslag till fortsatt forskning: Ett förslag är att undersöka vilka faktorer som är av betydelse i framtiden när molnbaserad redovisning är mindre nytt, hur byråer påverkas efter implementeringen samt hur relationerna med klienterna och lönsamheten påverkas. Vidare hade det varit önskvärt att undersöka den nytillkomna faktorn, trygghet, och se om den bör läggas till som en del av en ny modifierad EDI-adoptionsmodell. / Aim: Cloud computing is more interesting now than ever before, especially in the accounting industry. Therefore, this study aims to examine which factors motivate small and medium sized accounting practices to adopt cloud-based client accounting. Method: This study assumes a hermeneutic research philosophy with an abductive approach because of the lack of previous studies in the field and that we are seeking to understand motives behind people's actions. Eleven semi-structured interviews were conducted with employees from small and medium-sized accounting practices. A modified EDI-adoption model was used as a part of the study's theoretical framework. Results and conclusions: The results show that most of the factors follow the modified EDI- adoption model but the organisational readiness didn ́t have as much impact on SMP:s decision as the others. A new factor, safety, was also discovered. Contribution of the thesis: The study contributes to an understanding of which factors that have an impact on SMP:s decision to adopt cloud-based client accounting. The findings should be of interest to different cloud accounting providers such as Fortnox, as well as accounting practices that are thinking about adopting cloud-based client accounting. Suggestions for future research: One suggestion for future research is to study which factors have an impact on SMP:s in the future when cloud-based accounting isn ́t seen as something new and how the client relationships and profitability of the practices will be affected by the adoption. Also, it would be interesting to examine the new factor, safety, and see if it should be a part of the future EDI-adoption model.

The strategic decision making process (SDMP) is a major issue in organisations. It is part of the larger topic of strategic management and related to strategic planning. Achievement of strategic objectives outlined in the strategic plan of an organisation depends on the decisions taken through the process. Yet the literature shows that the concept of SDMP is not well understood and organisations find it difficult to develop and implement an SDMP, particularly Higher Education Institutions (HEIs). The literature indicates that decisions are taken in organizations in different ways for example using intuition, data, collaboration and ad-hoc considerations. In addition contextual factors are argued to affect the SDMP although very little research has been conducted to explain how contextual factors affect SDMP they do in HEIs. Some examples of contextual factors namely decision process characteristics have been identified and discussed as part of the SDMP literature in industry. However, lack of knowledge about SDMP and how contextual factors influence SDMP is regarded as to be a major obstacle for HEIs in taking decisions and choosing the best alternative amongst available decisions. This research seeks to contribute to address this important issue. Whilst there are many strategic decision characteristics (contextual factors) identified in the literature, this research focuses on decision importance. The rationale for choosing decision importance was that there is always some concern in the minds of the decision makers in the HEIs on what constitutes an important decision. What is considered as important decision while the decision is being taken may prove to be less important after implementation if there is no clear understanding of how to assign importance to a decision. Even in the industrial sector, Elbanna and Child (2007) it has been argued that decision importance has not been studied well. Relying upon the theoretical model developed by Elbanna and Child and other arguments found in the literatue, this research argued that the SDMP is a combination of relationships between decision characteristics, SDMP characteristics and decision outcomes that are influenced by environmental factors. As far as environmental factors were concerned environmental uncertainty was chosen as an external environment factor while organisational performance was chosen as the internal contextual factor. These two factors were argued to moderate the relationship between SDMP characteristics and SDMP outcomes and theoretical support for this conceptualisation was taken from the model developed by Elbanna and Child. A research model was developed to address the research questions, and the aim of the study was “to examine the different decision specific characteristic, SDMP characteristic and SDMP process outcome variables and develop a relationship amongst them in the context of HEIs in a changing environment”. The research was conducted in the United States of America and data was gathered from faculty members involved in decision making at the department level and higher. A positivist epistemological and objective ontological stance was adopted and a deductive approach was used. The research model was tested using the data collected from 485 valid responses to a survey questionnaire. Linear regression was the primary analysis approach and supplemented by path analysis. Results from the regression analysis showed that decision importance exerts influence on decision effectiveness through the mediators, rationality in decision making, intuition and decentralization in decision making. However, the outcome of path analysis showed that only rationality in decision making and intuition are important while decentalisation was not found to be statistically significant. Similarly environmental factors exerted pressure only on the relationship between rationality in decision making and decision effectiveness. The contradicting SDMP factors rationality in decision making and intuition were both found to be necessary to SDMP in the HEI context. This research has contributed to knowledge in terms of establishing a relationship between decision importance and decision process effectiveness mediated by rationality in decision making and intuition and development of the model. Theoretically the findings of this research show that the modification imposed on the model developed by Elbanna and Child was found to be statistically significant and found support from the literature. Environmental factors affected the relationship between rationality in decision making and decision effectiveness. This research has provided a model that can be used to help decision makers in HEIs to implement SDMP practically in the organization, to guide the process towards more robust decisions. The findings of this research find application in supporting policy makers to increase the likelihood of more effective decisions so that the decisions taken more effective.

Monitoring and security in multigigabit networks with speeds 1 - 100 Gb/s needs hardware acceleration. NetCOPE platform for rapid development of network applications uses hardware acceleration card with FPGA technology by means of hardware/software codesign. Increas in performance of platform's software part is dependent of parallel processing in applications to take advantage of utilising more processor cores. This thesis analyses NetCOPE platform architecture and possibilities of parallelising classic network applications and creates models of concurrent access to data in NetCOPE platform to utilize more processor cores. These models are subsequently implemented as extensions to platform's Linux system drivers. Userspace libraries are created to provide simple interface for applications to use these new features. To achieve high throughput of this solution several optimizations are performed. Results are measured by created testing tools.

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International Telemetering Conference Proceedings / October 26-29, 1998 / Town & Country Resort Hotel and Convention Center, San Diego, California / The necessity to acquire and analyze data dates back to the beginning of science itself. Long ago, a scientist may have run experiments and noted the results on a piece of paper. These notes became the data. The method was crude, but effective. As experiments got more complex, the need for better methodologies arose. Scientists began using computers to gather, analyze, and store the data. This method worked well for most types of data acquisition. As the amount of data being collected increased, larger computers, faster processors, and faster storage devices were used in order to keep up with the demand. This method was more refined, but still did not meet the needs of the scientific community. Requirements began to change in the data acquisition arena. More people wanted access to the data in real time. Companies producing large data acquisition systems began to move toward a network-based solution. This architecture featured a specialized computer called the server, which contained all of the data acquisition hardware. The server handled requests from multiple clients and handled the data flow to the network, data displays, and the archive medium. While this solution worked well to satisfy most requirements, it fell short in meeting others. The ability to have multiple computers working together across a local or wide area network (LAN or WAN) was not addressed. In addition, this architecture inherently had a single point of failure. If the server machine went down, all data from all sources was lost. Today, we see that the requirements for data acquisition systems include features only dreamed of five years ago. These new systems are linked around the world by wide area networks. They may include code to command satellites or handle 250 Mbps download rates. They must produce data for dozens of users at once, be customizable by the end user, and they must run on personal computers (PCs)! Systems like these cannot work using the traditional client/server model of the past. The data acquisition industry demands systems with far more features than were traditionally available. These systems must provide more reliability and interoperability, and be available at a fraction of the cost. To this end, we must use commercial-off-the-shelf (COTS) computers that operate faster than the mainframe computers of only a decade ago. These computers must run software that is smart, reliable, scalable, and easy to use. All of these requirements can be met by a network of PCs running the Windows NT operating system.

Peut-on confier au secteur privé des activités relevant du coeur del’Etat, autrement dit « régaliennes » ? Le ministère de la défense,ainsi que ceux de la justice et de l’intérieur, pratiquent déjàl’externalisation de certaines fonctions auparavant dévolues à desfonctionnaires ou des militaires. Or, la défense nationale est un« service public constitutionnel », et de ce fait ne peut être déléguée àune personne privée. Toutefois, le Conseil Constitutionnel a autoriséd’en concéder, par contrat, des fonctions « détachables ». Cecontexte implique de déterminer le périmètre externalisable, end’autres termes le « coeur de métier régalien », qui n’est définidans aucun texte législatif ou réglementaire. En dehors de certainscas particuliers jugés, la décision reste à l’appréciation du ministre,dans le cadre de l’objectif recherché : économies budgétaires,meilleure efficacité de l’outil. Ce processus d’externalisationprocède d’une vision nouvelle de l’action de l’Etat, qui conserve lacapacité de décision dans ses domaines régaliens mais peut enconfier la mise en oeuvre à des opérateurs privés, procédant d’unevision libérale de l’action de l’Etat.Après avoir étudié les fondements de la politique d’externalisation(Partie I), en abordant en premier lieu le besoin et le contexte(Titre I), puis la détermination du périmètre externalisable (TitreII) et ses possibilités d’extension (Titre III), nous aborderons lapréparation et la conduite de l’externalisation (Partie II), quiconcerne avant tout la préparation matérielle de l’externalisation(Titre I), puis la conduite du projet d’externalisation (Titre II), enabordant le volet social de la démarche (Titre III). / How can private sector manage activitiesusually recognized as part of the State’s heart, in other words3“kingly”? The Ministry of defense, as well as the Ministries forJustice and of Interior, already outsources several functions,previously dedicated to Civil servants or militaries. Nevertheless,national defense is a constitutional public service, which shouldnot be delegated to any private person. However, theConstitutional Supreme Court admitted to delegate, by contract,“detachable” functions. Thus, the “outsourcable” perimeter, the“kingly core business” should be determined, as no legaldocument defines it. Except some already judged specific cases,the minister is liable to decide alone, thanks to his objectives:budget sparing, better efficiency. The outsourcing process showsout a new vision of State’s action, which keeps decision capacitybut may delegate action to private operators, in a liberal point ofview of the State’s public activities.After having studied the outsourcing policy’s foundation (part I),we’ll first examine the requirement and the context (title I), thenthe outsourcable perimeter’s determination (title II) and itsextension possibilities (title III), we’ll then take care ofoutsourcing’s preparation and conduct (part II), which firstconcerns physical preparation (title I), then outsourcing project’sconduct (title II), approaching the process’ social part (title III).

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This thesis deals with the modifications of the hardware design and operating systems of the ZedBoard multi-core platform so that both ARM Cortex A9 processor cores included in SoC Zynq7000 can be used. It analyses the general issue of the multi-core environment and the core functions of the kernel and the operating system. It describes selected means of implementation ZedBoard and FreeRTOS. In the implementation section, specific steps are demonstrated to convert a single-core operating system to a multi-core system but also steps required to run two different operating systems on two processor cores. In the last section all achieved results are summarized.

This thesis deals with the design and implementation of application for control of mobile robot. In the introductory section is discussed used platform GEARS-SMP, the principle of functionality of protocol for servo motors control, format M-JPEG and standard H.264. Further work is dedicated to analysis of designing user interface in robotic applications, available options for control devices and hardware used in remote controller. The following part focuses on the design of robotic application, especially on graphic user interface and virtual head-up display and follow-up implementation of created application in Raspberry Pi. In the end, thesis describes implemented software solution and compares resulting application with the created design.

This thesis discuss necessary changes needed in order to run MicroC/OS-II on multicore processor, mainly Zynq 7000 All Programmable SoC which uses two ARM Cortex-A9 cores. Problems that arise during this transition are also discussed.