This master thesis deals with optimization of processes inside of a~system for managing internship experiences at PEF MENDELU. After analysis of current state of the system, new features and improvements are introduced for providing better user experience for students and faculty employees. After presenting these improvements to faculty management new web application is implemented with Java programming language and Spring Framework. After implementing and testing the application will be used for supporting the system for managing students working experience.

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In the coming millennium, the establishment of virtual enterprises will become increasingly common. In the engineering sector, global competition will require corporations to create agile partnerships to use each other’s engineering resources in mutually profitable ways. The Internet offers a medium for accessing such resources in a globally networked environment. However, remote access of resources require a secure and mutually trustable environment, which is lacking in the basic infrastructure on which the Internet is based. Fortunately, efforts are under way to provide the required security services on the Internet. This thesis presents a model for making distributed engineering software tools accessible via the Internet. The model consists of an extensible clientserver system interfaced with the engineering software tool on the server-side. The system features robust security support based on public-key and symmetric cryptography. The system has been demonstrated by providing Web-based access to a .STL file repair program through a Java-enabled Web browser. / Master of Science

This thesis presents a program developed to implement techniques for troubleshooting digital boards. There are old boards still in service that have no built in testing circuits. This makes troubleshooting them time consuming and difficult. In making this program two questions were posed; "How would a technician normally perform this operation?" and "How can a program help him/her do this better?" Having experience as a technician himself, the author could easily answer the first question. The experienced technician would put a known sequence of inputs into the board and compare the actual outputs to the expected. Any outputs that did not compare would lead the technician to the section of board most closely related to the fault. Within this new section, new signals are probed while the same patterns of inputs are repeated. This technique is commonly referred to as bracketing. Bracketing involves these four steps: 1.Select where to probe. 2.Run test inputs and sample. 3.Use sampled information to reduce the suspect set. 4.If the suspect set is not a single component then repeat steps 1 through 4. The answer to the second question has no easy answer. That is where it is hoped this program can help. The program uses information from a non-faulted VHDL model of the board to learn what to expect. Since there is no interface to a real probed board, VHDL is also used to model the faulted board. / Master of Science

Use of the World Wide Web (WWW) for transfer of information and ideas is increasingly popular. Java, a programming language for the WWW, provides a simple method of distributing platform-independent, executable programs over the WWW. Such programs allow the expansion of WWW-based computational and analytical tools that support and enhance the existing WWW environment. However, a WWW-based, generalized simulation package is not yet available. Current literature motivates development of a general, WWW-based simulation package with maximum user interactivity and cross-platform capabilities. Advantages of such a package are discussed and explored in three potential applications. Main advantages are wide availability, controlled access, efficient maintenance, and increased integration. Disadvantages, such as variable download times, are also discussed. Netsim, a general, WWW-based simulation package written entirely in Java, is developed and demonstrated. Netsim provides complete model creation and modification capabilities along with graphical animation and data output. Netsim uses the event graph paradigm and object-oriented programming. Java, event graphs and objectoriented programming are discussed briefly. The Java random number generator is verified for uniformity and independence. Netsim is compared to SIGMA, a non-Internet simulation package, using a standard M/M/1 queueing model. Comparison issues and results are discussed. Additionally, tested through hand-tracing for coding validity, Netsim performs as theory prescribes. Netsim documentation and user’s manual are included. Netsim allows expandability for complex modeling and integration with other Java-based programs, such as graphing and analysis packages. Current Netsim limitations and potential customization and expansion issues are explored. Future work in WWW-based simulation is suggested. / Master of Science

This thesis investigates how data sources, message queues, and messages can be generalized in such way that it allows for easy configuration and setup in a frontend visualization application. It also includes increasing the productivity of the application testers and the usability of the user interface. An analysis of one of Dewire’s test tools gave insightful information to identify what was needed in the proof-of-concept application and resulted in a list of requirements. The information gained from Dewire also indicated what technologies to use and resulted in a research phase. Different design proposals were presented and one was chosen to be implemented. An agile approach was chosen as method for the implementation phase to emphasize flexibility. It was set to be iterative and in close communication with people at Dewire. The implementation resulted in a proof-of-concept application with a GUI that allows user to configure data sources, message queues and messages. The messages are uploaded in XML format and the GUI allows for modification through HTML forms which mir-rors the XML files. The user is also able to send these messages as JMS mes-sages. Responses to these JMS messages are also shown in the GUI and saved in a database. The results suggest that accomplishing the common task to select a connection tree and send a message takes 45% less time in the proof-of-concept application compared to Dewire’s tool. To accomplish the common task to alter a message and send it takes 79% less time in the proof-of-concept appli-cation compared to Dewire’s tool. The results also suggest that theory of com-puter-human interaction have been applied during the implementation to ac-complisha usable UI. It is assessed that data sources, message queues and mes-sage can be easy configured in a GUI. Further, it is assessed that the productivi-ty has been increased compared to the former tool used.

Magistro teoriniame darbe yra nagrinėjama post-traumatinė teritorina esanti Libano sostinėje Beirute. Atliktų analizių išvados nurodo tolimesnę praktinio darbo eigą. / This Master thesis project analyzes post-traumatic area situated in Beirut, Lebanon. Conclusions taken from analysis are used to elevate the practical part of MA project.

Java has recently become a multi paradigm language, with the functional paradigmnow made available alongside the traditional, imperative, one. Programming in thefunctional paradigm may be considered complicated or hard to read, and there maybe concerns that the code it produces may become hard to maintain because ofcomplexity or readability issues. On the other hand, proponents of the functionalparadigm promises smaller amounts of less complex code, as the framework takeson a larger responsibility. This Bachelor’s thesis closely examines the differences be-tween effectively equal code written in functional and imperative Java, respectively,from the aspects of readability, complexity and verbosity, and shows that while codewritten in the functional paradigm is smaller and less complex, it is not harder to read.