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Tool for Business Processes Support on Mobile Platforms
Svoboda, Roman ; Trchalík, Roman (referee) ; Kreslíková, Jitka (advisor)
The scope of this thesis is to design tools to support business processes on mobile platforms. The work deals with both the Enterprise Resource Planning systems issue, as well as the database synchronization and the possibilities of secure data transmission between the mobile device and the server. The work also includes familiarization with the most widely used mobile platforms and tools for multi-platform application development. The last part of the thesis comprises a model of an application meant to support business processes on mobile devices, including a description of its implementation, used tools and testing.
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Methodology for mobile development in React Native
Suk, Filip ; Mittner, Jan (advisor) ; Buchalcevová, Alena (referee)
Main goal of this thesis is designing a methodology for developing mobile applications in React Native framework. To accomplish the main goal, these goals were set: characterize current state of mobile development, introduce reader to JavaScript and React Native development, design methodology content by extending OpenUP methodology and applying the new methodology to implementation of example app. Outputs of this thesis could be valuable for small mobile development teams and students interested in this field.
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Multi-platform development of geolocation application
Pinkava, Marek ; Komosný, Dan (referee) ; Pospíšil, Aleš (advisor)
This thesis deals with development possibilities of multi-platform geolocation applications using modern web technologies. The introduction is offered a summary of available mobile platforms development opportunities for them. Follows the description of web technologies suitable for application development. Another chapter is devoted with methods of geolocation and their possibilities and limitations. After is described the implementation a specific application of selected technologies. The outcome of this thesis is fully working multiplatform application developed in order to help students to easy navigation between important places of faculty.
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Android vs Bada
Obořil, Radek ; Bartoň, Radek (referee) ; Žák, Pavel (advisor)
This thesis deals with comparison of two mobile device platforms Samsung bada and Google Android, primarily from a point of view of native application development. Native applications features, graphics and media support as well as developer tools are compared. As a part of this thesis, an application was created - a variety of a classic Snake game. This text describes design of this application, differences in the implementation, and discusses possibilities of application porting between the platforms.
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Agile Development Software Support Tool
Veverka, Pavel ; Bartík, Vladimír (referee) ; Kreslíková, Jitka (advisor)
Purpose of this thesis is to design system to support agile software development in virtual teams. Agile development methodology and some available tools to support it are listed here in this thesis, in order to use the system in a wide range of devices, theoretical analysis of multi-platform application development options are listed. The following sections describe the design and implementation witch using web technologies. At the end the system is demonstrated on model situation and extension its designed.
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Risk Analysis Software Support
Mokrá, Radka ; Očenášek, Pavel (referee) ; Kreslíková, Jitka (advisor)
This master's thesis deals with design of cross-platform application for risk analysis support. It describes risk management in information technology and methods which can be~used for risk management with emphasis on those that can be visualized. Possibilities for cross-platform development are described subsequently. Next, application for risk analysis support is designed and implemented. In the end of this thesis is shown how to use implemented application for risk analysis.
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Tools for support of cross-platform native mobile apps development
Bulvas, Vít ; Pavlíčková, Jarmila (advisor) ; Fortinová, Jana (referee)
This master thesiss goal is to map available tools for support of cross-platform native mobile app development. Main goal of thesis is to choose such tool and present it in form of app development. To accomplish this goal several criteria with different importance have to be defined. These criteria are used for choosing of most suitable tool. This thesis has two outputs. First one are criteria that can be used again or amended for some similar tool rating, like this one. Second output is cross-platform mobile app developed with Xamarin tool. Structure of this thesis copy secondary goals that support main goal: mobile OS are presented, name cross-platform native app is defined, define criteria, describe selected tools, rate them and demonstrate development of simple app on selected tool.
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Comparison of cross-platform mobile development
Zikmund, Jan ; Buchalcevová, Alena (advisor) ; Mittner, Jan (referee)
This work deals with the development of cross-platform mobile applications and compares cross-platform development frameworks. First the mobile devices market is defined and its dominant platforms are described. The main objective is to compare the frameworks with defined criteria. The theoretical part analyzes the mobile market and defines the different types of mobile devices. Further, describes the various mobile platforms, including its architecture and de-velopment environment. Subsequently, the approaches to cross-platform development are described with their individual frameworks. In the practical part the selected frameworks are compared to defined criteria and subse-quently evaluated.
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Metody vývoje mobilních aplikací
Kočí, Jakub
This thesis outlines description and comparison of currently used application development tools for mobile devices. The thesis compares especially development of native applications (for Android, iOS, BlackBerry, Windows Phone) with web-based solutions with regard to the multi-platform development. Moreover, the thesis presents implementation of an experimental application for Android as well as web-based application. Both implementations are described and compared including performance tests.
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