This paper discusses the implementation of a suitable algorithm for code generation from UML state machine diagrams. The work includes analysis of state machines described in UML, followed by a description of the input fi le format of the proposed design of the generator and the generator itself. The generator was fully implemented in the work along with other functional requirements. At the end of this thesis is a description of the resulting implementation.

Tyrinėjant objektinius aparatūros projektavimo metodus, siekiama rasti sąsajų su jau žinomais ir plačiai naudojamais programinėje įrangoje metodais. Tai leistų sumažinti aparatūros projektavimo sudėtingumą, kuris nuolat didėja. Šiame darbe ir siekiama rasti bei išanalizuoti galimus objektinio projektavimo metodus. Pagrindinės objektinio projektavimo priemonės yra šios: abstrakcija, skaidymas, kompozicija bei apibendrinimas. Aptariamas žinomų iš programinės įrangos šablonų taikymas aparatūros aprašymo kalboje. Naudosime aukšto abstrakcijos lygio sistemų projektavimo kalbą UML ir automatizuoto projektavimo priemones aparatūrai aprašyti. Išnagrinėjęs aparatūros projektavimo kalbų galimybes, pasirinkau SystemC kalbą, nes ji kilus iš C++ programavimo kalbos ir turi daugiausia objektinio aparatūros projektavimo galimybių. / Researching object-oriented (OO) design techniques, we seek to develop links with already known widely used software design methods. This would let to decrease hardware design complexity, as it constantly increasing. In addition, this paper seeks to find and analyze possible object-oriented design methods. The main OO design techniques are as follows: abstraction, separation of concerns, composition and generalization. Considered-about templates, known for software, use in hardware language. We will use UML – the standard specification language of high-level systems, and automatic design techniques for a hardware describing. After exploring possibilities of hardware design languages, I pick SystemC, because it has derived from C++ language and contain the most OO design possibilities from hardware languages.

Presented thesis deals with design and implementation of an information system for a local translation agency. The main purpose of the information system is to provide functions for effective user/project management. Key part of system is represented by a multi-level processing of terminology queries from external translators. Further features include distribution of documents to users, resource planning, and work evaluation. In order to provide instant 24/7 access, the system has been implemented as a WWW application using PHP script language, MySQL database, and AJAX technology.