This thesis describes how positional data gathered from a diving device can be visualized in a regular browser on mobile as well as stationary devices utilizing built-in connections to the GPU with OpenGL. In this work a platform and a visualization prototype are designed, implemented and evaluated. The results show that WebGL is available to most platforms but notably not on devices running iOS. The web browser can be used for implementing advanced functionality but the performance on the handheld devices needs to be improved. The thesis discusses and proposes a design for getting more enjoyment out of diving based on the observations of the implementation and suggests an entertaining social platform for adventures. / Detta examensarbete visar hur positionsdata inhämtade med ett dykredskap kan visualiseras i en webbläsare på såväl mobila enheter som på stationära datorer med hjälp av nyttjande av inbyggd koppling till GPU med OpenGL. I detta arbete designas, implementeras och utvärderas en plattform och en visualiseringsprototyp. Resultatet visar att WebGL finns tillgängligt på de flesta plattformarna, men värt att notera inte på enheter som kör iOS. Webläsaren kan användas för att implementera avancerad funktionalitet men prestandan behöver förbättras. Arbetet diskuterar och föreslår en design för att få ut mer glädje av dykupplevelser genom observationer av en implementerad prototyp och föreslår ett engagerande system för socialt samarbete kring äventyrsupplevelser.

The topic of this master's thesis is to design and implement a web application for visualization of relationships between the MBI objects in order to deliver additional functionality to the web portal of MBI - Management of Business Informatics. The first part introduces the concept of MBI and ranks the functionality of the MBI web portal from the view of user queries and visualization capabilities. The queries which are identified as the most difficult are set as the primary functional request for the new web application. The second part contains the design and implementation of the web application. Both functional and non-functional requirements are specified, including the design of user interface and visual graph searching. Based on these requirements, a suitable application architecture is selected together with a graph database and suitable query library and visualization library. The application is implemented with the selected technologies and tested against the initial requirements. The last part includes a service manual and a user documentation which describes the complete application functionality and provides a use case scenario.

The purpose of this project is to develop a computerized timesheet application. Using this application, an employee of a company can log onto the company's Web site and fill out a timesheet from anywhere in the world. The project involved automating timesheet data entry and approval procedures using contemporary technologies like Active Server Pages (ASP), JavaScript, VB Script, Component Object Model (COM), Components and Open Database connectivity (ODBC).

The purpose of Presentations World Wide System (PWWS) is to allow students to view a live presentation through an Internet browser and allow the instructor to have control over the presentation.

The goal of this project is to create a customized web browser to facilitate the skimming of documents by offsetting the document with relevant information. This project added techniques of learning information retrieval to automate the web browsing experience to the web texturizer. The script runs on the web texturizer website; and it allows users to quickly navigate through the web page.

A seemingly unexplored territory in teaching computer programming is transcription labs. With transcription referring to "transcribe" in the sense of "to make an exact copy of". In transcription labs students are given the complete code and are asked to transcribe it into their own window before they are able to run it. This approach may be interesting as it forces students to engage with the material more than if they had been given a runnable program outright, while still providing a limited, and in some sense safe, learning environment. This project focuses on creating a web application for transcription labs to serve as a jump-off point into exploration of such labs.  Additionally, this thesis contains a preliminary study that aims at gauging if further exploration of transcription labs is worthwhile. The result of the preliminary study indicates that the answer to that question is yes, it is worthwhile exploring transcription labs further.

This thesis deals with the analysis, proposal and implementation of part of the information system for a selected subject, specifically the proposal of a website including a web application for content management of selected parts of the website. For a successful proposal solution it is very important the first analysis together with requirements of the contracting authority. The graphic design phase occurs after analysis and is followed by the development of the website and the application for content management. After testing and agreement of the proposal solution from the contracting authority the website and application are implemented to the server site. In the final part of the thesis an economic evaluation and benefit’s analysis of the proposal solution are done.

Aim of the thesis is to design and implement unique service based on the newest technologies in web apps fi eld which allows screen recording followed by P2P distribution between participating users using web browser only. Thesis deals with the analysis of modern and coming technologies which allow practical implementation of such a service. It involves obtaining access to the screen source data, its recording, transforming and transmission over the network followed by playing on the other side. Recorded videos are adapted for part by part use in a player with seeking capability. Distributed architecture for data exchange between peers using peer-to-peer connection based on hybrid P2P VoD network provides scalability of the solution. The player allows obtaining the necessary parts of the videos from the current watchers with smooth video playback experience during ongoing transmissions whilst allowing arbitrary video shifting. In consideration of early stages of development or experimental support for some of the APIs needed for this work, research into browsers' support with discussion on realistic applicability nowadays is always performed.

This master‘s thesis deals with the design and implementation of a web application for the management of diploma theses for students and their supervisors. It defines theoretical starting points for web applications. Based on requirements and analysis of current solutions, it provides a proposal for application, description of implementation, economic evaluation and summary of benefits.

This master's thesis deals with design and implementation of educational application forpaging. Goal of the application is to help students understand and practice some conceptsfrom paging. It will allow students to write parts of these concepts and see how their codework on visualization of simulation of memory system. Application will be implemented asa web application in HTML, CSS and JavaScript. Server, which will be taking care ofcompiling of user code will be a desktop application. This thesis mainly describes pagingand technologies which will be used for this thesis and application design. It also describesimplementations and testing of this work.