REQUIREMENTS SPECIFICATION AND MODELLING OF INTELLIGENT MARINE MECHATRONIC CONTROL SYSTEMS’ PROTOTYPE

This paper demonstrates specification process of requirements for intelligent marine mechatronic control systems' prototype. Use casediagram was designed to identify the primary elements and processes of the prototype. A division of the domain area and the functionalrequirements capture process shown in the use case scenario example. Functional requirements for intelligent marine mechatronic controlsystems’ prototype were identified. There are shown modelling of intelligent marine mechatronic control systems' prototype using structural-functional method, based on the decomposition principle of the system “Top-down Approach” (shown in the deigned data flow diagramhierarchy).KEY WORDS: specification of information requirements, structural-functional modelling

DEVELOPMENT OF MATHEMATICAL MODEL BASED SMART CONTROL SYSTEM FOR INTERMODAL CONTAINER TERMINAL LOADING STATION

Increasing cargo flows in intermodal terminals play an increasing workload. In order to ensure competitive handling industrial processcontrol accuracy and security it is required to develop and improve intermodal transportation vehicles at the port. This paperpresents the quay crane dynamic mathematical model enabling a quay container crane operations management simulation, evaluatingspecific container settings. A mathematical model integrating together with the hardware capabilities has led to smart transport andhandling process management platform. Developed platform will allow researchers to implement intelligent transport managementand handling process demonstration models related to sustainable transport solutions.KEY WORDS: intermodal container terminal, mathematical model, loading process contro