Component base software development methodology is the most important technological revolution of software industry in the past few years. Straightly to push forward software industry from taking handiwork as principle thing, gradually to get into automation assisting tool procreation¡¦s automation industry. Component base software development technology give way to business information system easy fabricate flexibly. System developer may assemble software components depending on user requirement. We can increase or subtract system components to modulate a section of system capability any time. But do not influence whole system, only contained a part of system components. This thesis brings up an object-process methodology to apply develop a business distributed information system. Using object-process methodology to find business objects from business process. We can divide system analysis into two parts and eight steps, to analyze the user requirement than to design information system to guide stable software objects and system framework. Through object-process business system helps we establish the model of the complex business system, mapping the real world activity or the abstract conception into system model. We can analyze and design distributed objects efficiently for distributed operation system environment needed. Proceeding to the next step, to transform software model and to seal up distributed component object module (DCOM), than to put DCOM into system application layer. Let the business information system flexibly and ample fitting in user requirement.

This doctoral dissertation thesis has impact to holistically development extension of information systems. Thesis has impact to analytical models and its transformation methods. This thesis is focused on models Business Process Modeling Notation (BPMN) and Business Object Relational Modeling (BORM). Model BPMN is developed since 2000. Model BORM is developed since 1993 and it is older. The thesis general target was extension of holistically development of information systems. The main target was to bridge the gap between BPMN and BORM models. This thesis was inspired by Finite State Machine (FSM). The state of the art describes approaches to models transformation. In the analytical part the mathematical formula are used to describe transformation. This part is used to base for the implementation part. The implementation part contains transformation algorithm its description and verification on the case studies. Impact of developed transformation method is validated on the comparison with the other approaches. The targets were aimed and documented automated transformation calculus. The impact of automated BPMN and BORM models connection using transformation method. The result is method of automated transformation from BPMN model to BORM model using algorithm. The transformation method is based on the Mealy automaton.