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Application for Controlling Robotic Arm Workcell
Sedlák, Radek ; Rozman, Jaroslav (referee) ; Luža, Radim (advisor)
This thesis deals with creating the application for remote controlling robotic arm workplace at FIT BUT. The application is developed in C/C++ using the Qt library. The thesis first summarizes the general methodology for the design and testing of user interfaces. The thesis also describes the procedure for application analysis, user interface design, implementation and testing of the application. In conclusion, the test results are evaluated and proposed further expansion of the application.
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Methodology for PLC evaluation in Smart Metering
Rusz, Martin ; Sláčik, Ján (referee) ; Mlýnek, Petr (advisor)
The aim of this work is to acquire basic knowledge about PLC technology and to make a set of measurements focusing on the main parameters of this technology as well as to perform a set of short-term measurements of PLC communication in Smart Metering systems and to design a methodology for testing two real systems. Measurements were made in laboratory conditions on prepared tasks that covered all types of technology, both broadband and narrowband with one or more carriers. In addition, a methodology for testing PLC communications in Smart Metering systems was developed, which was applied to two systems using different technologies. On the basis of the results achieved, it was decided which of the two systems is more suitable for real use according to the methodology and set of short-term measurements.
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Metodika pre podporu riadenia testovania softvéru
Skokanová, Magdaléna
This diploma thesis deals with problematics of software testing in company together with implementing the methodology, which supports processes in this field. In the theoretical part, there is a description of the current state of the testing environment. Definitions of basic terms are in this part and also a testing phases. The next section of this chapter processes well-known software development methodologies focused on testing phase again. Part of this thesis is an analysis of the current situation in the chosen company, where the methodology is implemented. In the practical part, the emphasis is put on procedures, and selection of individual test types. The main procedures are presented by BPMN and state diagrams. The output of the thesis is a comprehensive methodology for supporting the management of testing in selected company.
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Methodology used to carry out various testing on the moulded plastic products within medical device industry
HRON, Milan
The introduction of the diploma thesis contains basic concepts of testing of plastic moulded products and their general characteristics essential for use in the medical device industry. In the following theoretical part there is described the methodology of practical testing techniques used by Phillips Medisize CZ company. At the closing part of the diploma thesis there is made a summary of the testing methods, their evaluation and potential proposals for improvement of the applied methodology.
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Methodology for PLC evaluation in Smart Metering
Rusz, Martin ; Sláčik, Ján (referee) ; Mlýnek, Petr (advisor)
The aim of this work is to acquire basic knowledge about PLC technology and to make a set of measurements focusing on the main parameters of this technology as well as to perform a set of short-term measurements of PLC communication in Smart Metering systems and to design a methodology for testing two real systems. Measurements were made in laboratory conditions on prepared tasks that covered all types of technology, both broadband and narrowband with one or more carriers. In addition, a methodology for testing PLC communications in Smart Metering systems was developed, which was applied to two systems using different technologies. On the basis of the results achieved, it was decided which of the two systems is more suitable for real use according to the methodology and set of short-term measurements.
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Posouzení interní metodiky testování na konkrétním projektu a návrh vylepšení
Hofrichterová, Kateřina ; Bruckner, Tomáš (advisor) ; Kodym, Oldřich (referee)
The thesis is focused on testing the banking software. The first part is contained introduction to the topic, introduced the project, including its objectives, the nature of the application, my role in it. Further described is a method Case study used throughout the work. The company is a researcher of the project for the client. The first objective is to describe the company's testing methodology by which the project progressed during, compare it with other methodologies with regard to their robustness, the degree of organization of work and domestic allocation. The second objective is to determine the bottlenecks including the determination of improvement. Each project is unique, so is suitable, another degree of organization. A control method of the project is agile. It is therefore expected framework anticipating complications and subsequent resolution of other areas to occur. The work defines the cause bottlenecks as the internal factor (human labor), external factors (legislative changes). Mapped was not only the current situation but also outlined the cause of the problem. And the third in terms of value-added most important goal is to design verification solutions experts. At work I described ways of solving problems. I woke them both employees solver side, so people from client companies. Experts from the client know good practices in the company and are able to assess the suitability due to the nature of society. Collaborators supply side, meanwhile, have extensive experience from similar projects. Their opinion on the issue can bring effective application of the Recommendation. The biggest benefit is not only the approval but also the subsequent implementation in the course of the entire project.
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Application for Controlling Robotic Arm Workcell
Sedlák, Radek ; Rozman, Jaroslav (referee) ; Luža, Radim (advisor)
This thesis deals with creating the application for remote controlling robotic arm workplace at FIT BUT. The application is developed in C/C++ using the Qt library. The thesis first summarizes the general methodology for the design and testing of user interfaces. The thesis also describes the procedure for application analysis, user interface design, implementation and testing of the application. In conclusion, the test results are evaluated and proposed further expansion of the application.
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Testing methodology according to international practices and standards
Králová, Iveta ; Buchalcevová, Alena (advisor) ; Doležel, Michal (referee)
There are many methodologies in the field of software engineering that focus on the entire software development process. The software development process aims to provide a quality product that meets user requirements, and to deliver it on time as well as within budget. Testing is a tool for verifying the quality of software and serves as feedback in software development. Most software development methodologies are available only in English, they emphasize the actual software development and address testing only marginally. An accurately designed testing process however, may contribute to higher software quality and avoid potential problems resulting from the entire information system's failure. Current Czech methodology that focuses exclusively on testing has been developed either inside individual companies and thus is not accessible to the public, or is contained in graduate theses, where it was typically created by adapting and expanding the existing software development methodologies for testing within a particular company or team. The main objective of this thesis is to establish a methodology for testing in Czech, which is based on international practices and standards, which is not tailored to a specific organization and which can be used as guidance in defining test processes in various organizations, regardless of their specific focus. The proposed methodology is also implemented in the tool EPF Composer that enables administration of methodology and its publication in the form of the website. The thesis also pursues additional objectives. In order to verify the objective of developing a standardized testing methodology is met, the thesis strives to produce a subsequent evaluation methodology using a standardized process framework in order to improve the testing process as well as a summary detailing which areas may be the subject of further expansion methodology. The theoretical part of the thesis aims to evaluate software development methodologies in terms of testing, to provide an overview of standards related to testing and to describe selected standards, to clarify the purpose of certification in testing and to analyze the possibilities of utilizing materials to prepare for the ISTQB certification. The objectives were achieved by analyzing the available materials for ISTQB certification, analyzing software development methodologies, standards, the TMMi procedural framework and other resources that deal with testing as well as its methodologies and standards. The main contribution of this work is a testing methodology, which is based on the testing process as defined by the international organization ISTQB. It provides a methodological framework by interconnecting and expanding individual methodological elements. Elements of the methodology include working products, as specified by the methodology with respect to the IEEE 829 standard. The methodology does not depend on the needs of a particular company and may be easily adopted, managed and customized. It may be used as a starting point in creating a testing strategy in Czech companies focused on software development which are interested in approaching testing in compliance with international practices.
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Common ways of controlling the quality of software applications and systems (methodology & tools)
Borůvka, Zdeněk ; Buchalcevová, Alena (advisor) ; Beran, Jiří (referee)
Integral part of all systematically managed software development or maintenance projects is emphasis on continuous quality of all project activities. Because final quality of project deliverables (new or enhanced applications, preconfigured solutions as ie. SAP) is a very big influencer of project success and therefore also important influencer of long-term relationship between customer and contractor(s), this document focuses on ways how to proactively prevent from mistakes (within the whole software development lifecycle) and on techniques helping to establish better quality control of important deliverables through systematic approach, high quality tools and suitable metrics in software testing discipline. This document gradually exposes typical project areas where it is necessary to keep control on quality of project members' outputs, perceives testing in context of typical project consequences, offers practical recommendations in testing methodology, tools as well as widely tested technologies, and explains trends and risks in testing domain. The goal of this document is not only to document a wide range of possibilities given by frequently used testing techniques or tools but also to offer a practical guidance in deployment of test discipline. This document was written by comparing author's professional experience in software quality management with knowledge gathered by reading information sources attached to this document. This document consists of concrete conclusions of this comparison.
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Methodology of Testing Web Applications
Šplíchalová, Marcela ; Buchalcevová, Alena (advisor) ; Hostomský, Stanislav (referee)
The principle aim of this thesis is to create an unified methodical framework for a smaller Software Testing Department. Furthermore, its aim is to define and describe an important element of testing - the software mistake, define the way of its reporting and finally with the view of it to specify the troubleshooting areas of web applications. The last aim is to find a solution of how to publish this methodology. The aims of this thesis were reached by studying available theoretical findings and applications of principles that are known from notorious and approved methodologies which complexly focus on the software development. These principles were confronted with author's practical experience. Based on these processes, the methodology described above has been originated The contribution of the thesis is in the inner structure of the methodology, summarization of the most important information, application of practical personal experiences and adapting some elements of the methodology according to its usage in a small team. Other strong points are the proposals and recommendations of how to improve the situation on the testing department of a particular company, how to publish the methodology and how to maintain it in the future. The thesis is composed of three main parts. In the first chapter, the essential characteristics of testing, models of the life cycle of software development, sorts and levels of tests are given. The second chapter is the crucial part of the thesis. It describes the whole methodology - the main workflow and its details (processes), activities made during these processes, roles occurring in the methodology and the description of its responsibility (for activities and artefacts), artefacts made on the testing department, full description of mistake and its reporting and finally the summary of mistakes appearing in the web applications environment. The last chapter attends to the way of putting the methodology into operation - technical coverage of particular parts of the methodology in the present time, suggestion of improvement the testing in the future and possibilities of the publication of the methodology.
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