Durum makinelerinin icrası için çalışma zamanı ortamı

Aim of the thesis is to create an innovative database for creating and storing protocols for pre-diagnosis examination requests, to select the appropriate protocol from this database for a specific patient by the physician, to transform the selected protocol into a personalized finite state machine by the system and to execute all steps in the protocol by the system by interacting with patients, physicians and other stakeholders with the physician's start command. With this way, valuable time is gained to the physician, standardization and coordination is provided and unnecessary examination requests are excluded, while the necessary ones are included in the validation process. To achieve this goal, a "computer language" model has been created to identify the pre-diagnostic protocols. This computer language is fully capable of expressing pre-diagnostic protocols and stages. A "user interface model" has been created so that pre-diagnosis protocol definitions can be retrieved from users and translated into computer language. This user interface model allows technically non-expert users to define pre-diagnostic protocols to the database. The system performs the execution of the protocol by producing a "Finite State Machine" with a timeout and timing functions, which can produce outputs as well as the inputs for a given patient and selected protocol. Many messages will be produced for the physician, patient or other stakeholders in the system. These messages can be in the form of text or audio-visual messages. By using the Google Cloud Messaging system, it was developed to transmit these messages to their recipients as a notification message after processing.