Simulator: AnyLogic is an object-orientated, general-purpose simulator for discrete, continuous and hybrid applications. It supports modelling with UML – RT and the underlying modelling technology is based on Java. Since Version 4.5 AnyLogic provides different advanced libraries as the Enterprise Library which implements often used discrete model object classes like sources, conveyors, and sinks. Model: As the Comparison addresses the possibility to define and combine submodels, the...
Simulator: AnyLogic is able to handle continuous, discrete and hybrid models. It is based on JAVA and therefore object-oriented. It offers drag-and-drop dialogues for the basic parts of the model’s structure as well as for animation. Everything needed is created as an instance of the ActiveObject class, starting with the ‘root’ class which represents the model to state variables (the ‘important’ variables which can appear on the left-hand side of an ODE and can be plotted), statecharts and...
Simulator: AnyLogic is a general-purpose simulation environment for discrete, continuous and hybrid systems. It employs UML-RT structure diagrams for building hierarchical models in object-oriented way and hybrid statecharts for behaviour specification. The generated model is Java and can be extended with user’s Java code. The simulation engine handles discrete events and dynamically changing sets of algebraic-differential equations. It automatically detects “change” (or “state”) events...
Simulator: AnyLogic is a general- purpose simulator for discrete but also for continuous and hybrid applications. The modelling technology of AnyLogic is based on Java so that building simulation models using AnyLogic should be easy for experienced programmers. Model: According to the task of the comparison there are three Active Object Classes. The customer class corresponds to the wholesaler; the wholesaler class corresponds to the distributor class and to the factory class. In addition...
As engineers are confronted with designing increasingly complex systems composed of interconnected components of diverse nature, traditional methods of modeling and analysis become cumbersome and inefficient. In the paper we discuss one of the approaches to modeling and distributed simulation of hybrid (discrete/continuous) systems. We use hybrid state machines, where sets of algebraic-differential equations are assigned to states, to model complex interdependencies between discrete and...
XJ DOME is a set of tools and techniques for those who wish to speed up development of Distributed COM applications and improve their quality. DOME supports graphical modeling, code generation, simulation, deployment, monitoring and management. The simulation mode enables the developer to simulate the entire distributed application in virtual time on a single machine. After simulation step the application can be deployed onto the target network and managed via DOME Application Viewer. During...
XJ DOME is a set of tools and technologies for those who wish to speed up development of distributed COM applications and improve their quality and manageability. DOME supports several development phases (graphical modeling, code generation, simulation and deployment), as well as run-time (monitoring and management). DOME is tuned to work with MS Visual C++.
We consider a modeling language and a simulation environment based on objectoriented principles and aimed to help in the design of reactive systems. The language framework includes diagrams of object structure and interconnection, statecharts as a behavior description, and C++ for data objects and functions. Timed Transition Systems are used as a semantical model. COVERS enables the user to perform the whole modeling-simulation-analysis cycle within a single MS Windows-based graphical...