Master of Science / Department of Computing and Information Sciences / Daniel A. Andresen / All the students who are enrolled in Computing and Information Sciences (CIS) major in Kansas State University are required to submit their Program of Study (POS) which they manually do by filling in all the necessary details and submit the form to the department. The main objective of this project is to develop an online submission of program of study. The online student profile management system is a web-based application that provides students of CIS major to submit their program of study in an easy and efficient manner. This application mainly allows the students to enter their personal information (viz., contact information, previous education) and to choose core as well as non-core courses of their choice. In addition the faculty of CIS department can also log on to the application and view the POS of the students by entering their wildcat ID. The primary focus is to get familiar with .NET framework and to code in C#.NET. This in turn uses MS SQL server 2005 as database for storing and retrieving of data. This project is implemented using C#.NET on Microsoft visual studio 2005.

Master of Science / Department of Computing and Information Sciences / Daniel A. Andresen / Scoreboard tool is a web application developed to provide a platform where administrators can conduct quizzes (typically in an organization) or employees can take a quiz (individually or in a team). These quizzes are generally conducted to improve the knowledge of the users (typically employees) taking the quiz. This project is a tool where the user can take online quizzes which comprise of various categories like technology, science, math etc . The categories have various sub-categories. The admin can also perform CRUD on teams. The quizzes are created by the admin using a database which has the questions for the quizzes. The quizzes are basically divided into quizzes with multiple choice questions and timed quizzes where a user has a specified time to complete the quiz. Once a user logs in he can view his quiz history where he can view the scores of the various quizzes taken and also the time and date when taken. At the end of the quiz the user is given the option of rating the quiz and also entering his/her opinion of the quiz. The users will also have an option to view their scores graphically and compare their scores with other teams in the form of reports and also as graphs. The important feature of this application is that the scores will be reported using reporting services. And another important feature is instead of manually testing the application test cases will be written for automated testing.

This thesis deals with creating application for PDA for multimedia stream presentation and processing. Introduction of the thesis is devoted to the theoretical explanation of terms such as PDA (Personal Digital Assistant) and Windows Mobile 6.0. Readers will be acquainted with the technology of .NET Framework and also with its version for mobile equipment .NET Compact Framework. Advantages as well as disadvantages of .NET technology are dealt with in this section together with the same phenomena of C# programming language, which is the basic language used for running our application. Next chapters of the thesis deal with my own design of multimedia application, especially from the point of view of classes. For better orientation and understanding UML diagram is used. UML (Unified Modeling Language) is a graphic language intended for visualization and documentation of programming systems. Except of general description of the classes there is also a detailed explanation of individual attributes and application methods. Their function and purpose are explained here as well. In the next part of the thesis attention is paid to the network communication of the application, both in terms of individual multimedia files transmission and stream transmission. Principles of connection and disconnection between client and server are analyzed in this part. Client’ s part of the application is designed for the mobile equipment with Microsoft Windows Mobile 6.0 operation system and server’s part of application is designed for computers, where Microsoft Windows XP operation system is installed. A concise manual for operating both the applications is included. This part also describes some exceptions which may occur in case of problems with connection. Last chapters describe synchronization of mobile equipment or emulator with a desktop computer and provide the reader with the summary of supported audio formats in multimedia application. All achieved results are summarized in the concluding part of the thesis.

This diploma thesis is about an automation of importing MIB files into MIB database. This work is written for SolarWinds company. The goal is to analyze current process of importing MIB files. Than design changes of existing tools for their use in the automation. Also design new tools, if they are needed. Designed system will be implemented in required programming language with suitable technologies. There will be consultations with responsible person from SolarWinds company during the whole work.

This diploma thesis deals with developing of software, which allows access and control of programmable controllers through web interface. Software uses client server model and for communication between client and server is used Windows Communication Foundation interface which is integrated in Microsoft .NET Framework from version 3.0. Applications were written in C# programming language using .NET Framework libraries. Data visualization in web application was created by Microsoft Silverlight.

This diploma thesis deals with design and creation of a software application in a particular company. Application is created for needs of IT department and it is used to simplify and streamline the processes related to user accounts in Active Directory. This thesis describes the whole process of application creation from analysis of current status through analysis of requirements and creation of application structure to the creation of application in programming language C#.

This master thesis deals with the implementation of the control system for the forming machine used in producing of confectionery forms. The introductory part describes the forming machine from the point of important control elements. The second part is associated with the hardware design of the control automat and description of main functional units on the control PCB, as well as on other PCBs. The following text presents the communication protocol between the control automat and PC and after that there is a description of the CPU firmware. The final section brings the characteristics of the PC application for a connection with the automat.

Denna rapport dokumenterar arbetet med att utreda hur C# och Pitch RTI fungerar tillsammans, och vilka prestandaeffekter som resulterar av denna koppling. Motiveringen kommer från att kunder till företaget Pitch har efterfrågat stöd för C# som programmeringsspråk när de använder Pitch RTI. Metoden gick ut på att successivt lära sig använda de tekniker som finns tillgängliga, för att sedan implementera lösningar på hur kopplingen ska ske. Resultaten visar hur övergången går till och prestandan som uppnåddes med hjälp av indexnotation. Tekniken IKVM hade högre prestandaindex och gick snabbare att komma igång med jämfört med tekniken C++/CLI. Men C++/CLI passar bättre ur ett distributionsperspektiv. Slutsatsen blev att Pitch som företag med hjälp av denna rapport är bättre förberett på framtida utredningar och implementationer som skulle använda de utvärderade teknikerna.

This report is about a thesis that is performed in and for SYSteam Engineering AB in Motala. The thesis work is divided into three parts, study of the market, programming and electronics. The study part consists of examining and comparing different data acquisition systems for testing of different circuit boards, taking into account the modularity, real-time applications, mobility, environmental, interface hardware and software, to be able to define a general module-based data acquisition system in both hardware and software that enables for future developments. The programming part consists of getting started with Visual Studio, which integrates the Measurement Studio for C#. NET. Measurement Studio includes classes and user controls for testing and measuring and offers tools for acquisition, analysis and presentation of real world data. The programming has been the biggest part of the project, the orienting of test specification and to learn how to program and control the hardware according to the test conditions took the most of time. Electronics is the part that took the least time, which consists of orienting the test specification, connecting cables to the I/O modules and supplements the system with any components which is necessary to execute the various test cases. The result was a system consisting of a chassis with a number of modules that National Instruments offers and a test program consisting of three class levels that can be reused in different projects and for different test items.

<p>This report is about a thesis that is performed in and for SYSteam Engineering AB in Motala. The thesis work is divided into three parts, study of the market, programming and electronics. The study part consists of examining and comparing different data acquisition systems for testing of different circuit boards, taking into account the modularity, real-time applications, mobility, environmental, interface hardware and software, to be able to define a general module-based data acquisition system in both hardware and software that enables for future developments.</p><p><strong></strong></p><p>The programming part consists of getting started with Visual Studio, which integrates the Measurement Studio for C#. NET. Measurement Studio includes classes and user controls for testing and measuring and offers tools for acquisition, analysis and presentation of real world data. The programming has been the biggest part of the project, the orienting of test specification and to learn how to program and control the hardware according to the test conditions took the most of time.</p><p><strong></strong></p><p>Electronics is the part that took the least time, which consists of orienting the test specification, connecting cables to the I/O modules and supplements the system with any components which is necessary to execute the various test cases.</p><p><strong></strong></p><p>The result was a system consisting of a chassis with a number of modules that National Instruments offers and a test program consisting of three class levels that can be reused in different projects and for different test items.</p>