This diploma thesis deals with the realization of a server application for distributed calculations programmed on .NET platform and in C # language in development environment Visual Studio 2015. The diploma thesis is divided into the theoretical and practical part. In the theoretical part, the thesis deals with technologies, which are needed for implementation of the application. Here is how each technology is used and set up to serve the purpose of the master's thesis. In the theoretical part, functionality is shown in the examples. The practical part describes the layout of the application and the functionality of the individual part of the application. The architecture of each part of the application is presented in the UML class diagram.

This thesis describes a development of a modern client-server application for text recognition on iOS platform. The reader is acquainted with common principles of a client-server model, including its known architecture styles, and with a distribution of logical layers between both sides of the model. After that the thesis depicts current trends and examples of suitable technologies for creating an application programming interface of a web server. Possible ways of text recognition on the server side are discussed as well. In context of a client side, the thesis provides an insight into iOS platform and a few important concepts in iOS application development. Following implementation of the server side is stressed to be reusable as much as possible for different kinds of use cases. Last but not least, the thesis provides a simple iOS framework for a direct communication with the recognition server. Finally, an application for evaluation of food ingredients from a packaging material is implemented as an example of usage.

This work deals with timetabling problems at the Faculty of Information Technology of Brno University of Technology. The aim of this thesis is to design and implement new application to support manual timetable planning, that will offer some innovations in comparison with current state. Implemented application is based on client-server architecture, at which client and server communicate by means of REST interface. Application offers functions for preprocessing of input data, as well as functions for analysis of created timetables. Data can be exported in HTML format.

The thesis concentrates on the network infrastructure problems , its proposal in the civil service area and analyses in detail the present condition of surroundings in the chosen organisation which requirements and needs for the suggested network infrastructure result from subsequently . On the base of the analysis it considers the posibility of realising the network infrastructure which consists in the choice of the suitable technology and the proposal of the computer network structure , including the implementation the solution in the given organisation and the specification of the financing resources.

This student work focuses on security against network attacks. It focus on network attacks and ways to prevent them. Subsequently, it deals with the Snort variant of the IPS/IDS system. It deal with the connection between Mikrotik and the Snort Linux server

The task was to study the physical model of the coordinate manipulator. It is controlled by two stepping motors by Schneider Electric and Beckhoff¨s industrial IPC. Then get to know the TwinCAT control software communicating on the EtherCAT network. Then revive the model and create a task to illustrate the functionality of the model with a simple ON / OFF third axis, as well as revive the industrial camera. Then create your own design of a full-fledged third axis and let it be realized. Finally, create an illustration application with the full-fledged third axis manipulator.

Diploma thesis deals with home security system using Raspberry Pi as a central microcontroller unit and it´s additional peripherals. Informations are accessible via web server.

The Diploma thesis deals with the Microsoft Language Server Protocol. The theoretical part describes the architecture and protocol properties, the LSP implementation within the Eclipse and VS Code development environments and a procedure for creating a new plug-in in the Eclipse and VS Code. In addition, the theoretical part familiarizes with Apache Camel project and implementation of Camel Language server and Camel Language clients for extended language support. The last mention in the theory is about the Yeoman tool for scaffolding a new projects. The description of the practical part deals with properties and implementation of the created LSP clients generator for Language Server Protocol.

This thesis deals with the PlanetLab Server Manager application whose aim is to simplify application development within the experimental distributed network PlanetLab. Thesis presents the PlanetLab network and describes its infrastructure. Application PlanetLab Server Manager, shortly abbreviated as plbmng, is described, its current state is evaluated and the existing functionality is presented to the reader. Further work focuses mainly on the implementation of the new functionality that is a software distribution and job scheduling to run the software at the specified time. The last part of the work presents an experiment that demonstrates a real-life usage of the newly added functionality. Work results are published at the public repository on the GitLab platform. The application was published at the package index for Python Packages - PyPI.

Before Responsive Web Design (RWD) it was common to create fixed-width websites. In recent years the standard way of creating responsive websites is by some of the fundamental aspects of RWD on the client-side. But can it be worth using RWD with components sent from a server by detecting the device and send component-specific material as to lessen some of the resources of the page? Tests have been made for this purpose with Google Lighthouse’s performance audits in mobile and desktop mode between four almost identical websites. These tests measures which website will receive better load-time performance results viewed from an emulated smartphone with a 3G/4G connection (mobile) and an emulated desktop PC with a 10 Mbps of connection (desktop). Each website consists of two pages, one with lesser resources (< 1 MB, known as index.html), the other with larger resources (24.3 MB, known as gallery.html). All four websites are responsive and built after the main pillars of RWD. Two websites does not have any optimization while two websites have added image optimization. One of the two websites in each category, image-optimized and unoptimized, is a server-based component website. This means, it will use asynchronous calls to a server to get specific components for the specific viewport.  In the tests performed, between the unoptimized websites, one client-based (CRWDu), the other server-based (SRWDu), on index.html, the CRWDu website scored best in mobile and got a slightly better result in desktop mode. On gallery.html, the SRWDu website received the best results in both modes, mobile and desktop. Between the image-optimized websites, one client-based (CRWDo), the other server-based (SRWDo), the CRWDo website on index.html, had a slightly better result in mobile and a worse result in desktop mode. On gallery.html, the SRWDo website had a much better result in both mobile and desktop mode.