Thesis (Ph. D.)--University of Washington, 2000. / Vita. Includes bibliographical references (leaves 70-73).

Denna rapport syftar till att beskriva arbetet kring att kunna detektera närvaro i ett rum medhjälp av så enkla sensorer som möjligt, kopplade till en Arduino. Samtidigt som detta skerså används också systemet till att med samma sensorer visa klimatet i rummet. Läsaren fåren inblick i problematiken med att detektera människor samt inom funktionen av de valdasensorerna. Utöver detta studeras energiförbrukningen i systemet. Rapportenmynnar ut i enslutsats där en procentuell chans för närvaro presenteras via en internetuppkoppling medhjälp av en omfattande testning av sensorernas beteende.

This thesis deals with the map portals, respectively geoportals being possibly implemented principally by local governments and citizens themselves. The literature review section looks at the current geoportals in the historical and contemporary context. The research of the current market identified possible options of commercial implementation of geoportal for specific conditions of the town of Strážnice. The following section analyzes open source variants of creating map portals. The market research is followed by an evaluation of particular alternatives and implementation process. Several sample functional geoportals have been created in the thesis. Results of this study provide materials for the local government of Strážnice and all potential applicants on the decision of an implementation of geoportal.

Syrový, J. Development and implementation of web applications with the support of IFML notation. Diploma thesis. Brno: Mendel University in Brno, 2015. This diploma thesis deals with the problems of development and implementation of web applications with the support of IFML notation. Processes in the sales department of middle-sized company which are focused on the electronic auctions are modelled through the use of UML 2.0 notation and BPMN 2.0 using a CASE software tool called Enterprise Architect. Then the complete process of development of web applications is made with the support of the product's life cycle using the modeling language IFML and a CASE software tool called WebRatio. The implementation of web applications is made using ASP.NET technology and Microsoft SQL Server.

This work provides a survey of creation of the Business Intelligence by using QI information system data. The work concisely describes Business intelligence functions and its user's environment. QI system and the way of data storage are also defined in this dissertation. The following chapters describe the design and implementation of Business Intelligence itself over the actions made by registered employees. The proposal describes the design of a data storage system, a method of obtaining the necessary data from the QI information system, ETL process design, OLAP cubes design, and how to interpret the information in the form of reports. The last chapter then describes the realisation of all the proposed districts in MS SQL Server.

Implementation of web application for sport club with the support of CASE tool WebRatio and IFML notation. Diploma thesis. Brno: Mendel University in Brno, 2015. This diploma thesis deals with implementation of web application for sport club with the support of CASE tool WebRatio and IFML notation. The thesis describes software development method-ologies with a main focus on web applications and IFML notation. The practical part of this thesis deals with the implementation of a web application based on analysis of the current state of the problem domain and defined business requirements. Development process of entire application was conducted in accordance with the IFML notation. For the analysis and system modelling were used diagrams and models of UML2 and IFML languages. Models and diagrams were made by CASE tool WebRatio and Enterprise Architect. The application was implemented using ASP.NET MVC technology, Mi-crosoft SQL Server database tool and C# language.

Diploma thesis deals with design and implementation of solution for monitoring servers and services over the Internet in combination with application for monitoring, Nagios. Common solutions are presented and evaluated first and serve as basis for design and implementation of a custom solution. Some of existing solutions were used, eg. HTTP protocol, others were developed, eg. scripts to automatically change Nagios configuration. Alternative solution for monitoring servers and services is the result of this diploma thesis.

In the recent years, cloud services are dominating the internet world. Streaming video content is drastically increased. This trend created a way for the cloud gaming industry. Gaming Anywhere is one such an open source cloud gaming system designed specifically for gaming users to experience high-quality gaming while eliminating the burden of upgrading hardware or software whenever the gaming system becomes outdated. Gaming Anywhere client can stream the desired game from a remote server with high-quality resolution and fps. Gaming Anywhere launches almost all type of games as per the request of the client. In this paper, the performance of a Gaming Anywhere server is evaluated in a virtual windows environment. Performance is categorically divided into two types. One is server metrics and the other is power consumption. Server metrics deals with CPU utilization, GPU utilization and multi-player capability. Power consumption deals with the CPU power usage of a virtual machine. The main aim of this paper is to conduct measurement studies on Gaming Anywhere server in two virtual implementation kits, VMware and VirtualBox, using monitoring tools. The analysis of the outcome is evaluated against the Gaming Anywhere physical server.

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Master of Science / Department of Computing and Information Sciences / Daniel A. Andresen / A music player mobile application for Android is developed along with cloud server using Google’s App Engine and Firebase. This music player application provides various ways of navigating to an audio file and different music visualizer options. What’s more, the application also provides three major features: 1 user sign in and sign out, 2 display the most popular songs based on input, 3 users can submit comments and suggestions. These features are implemented by utilizing cloud services of Google’s App Engine and Firebase. Specifically, an application running on App Engine plays as a server’s role to verify user sign in. It also runs App Engine MapReduce jobs to consume large data stored in Google Cloud Storage and serves relatively small result about popular songs for the app. In addition, user’s comments and suggestions are automatically synchronized with Firebase which makes modifying and analyzing synchronized data really convenient.