Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Emergency operations are a good case study for dynamic systems. Their#R##N#size and high dynamicity make modelling them a challenging task. Algebraic high#R##N#level net transformation systems are a ll suited technique for modelling such dynamic#R##N#systems. They consist of an algebraic high level net and a set of graph transformation#R##N#rules. The net reflects the initial state of the operation and the transformation#R##N#rules can be used to adapt this state to reflect the dynamicity of the operation.#R##N#The applicability of graph transformation rules depends on the existence of a match#R##N#morphism. While designing the algebraic high level net transformation system the#R##N#designer has to ensure the existence of the right match morphisms for all reachable#R##N#runtime states. This can be a tedious and error prone task for the designer. This#R##N#paper uses a case study for modelling emergency operations with algebraic high#R##N#level net transformation systems to show how the notion of net patterns can help the#R##N#designer to cope with rule applicability.
['Frank Trollmann', 'Maximilian Kern', 'Sahin Albayrak']
I am writing a research paper on a idea Modelling Emergency Scenarios using Algebraic High Level Net Transformation Systems with Net Patterns
[{"from": "human", "value": "I am writing a research paper on a idea Modelling Emergency Scenarios using Algebraic High Level Net Transformation Systems with Net Patterns"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Emergency operations are a good case study for dynamic systems. Their#R##N#size and high dynamicity make modelling them a challenging task. Algebraic high#R##N#level net transformation systems are a ll suited technique for modelling such dynamic#R##N#systems. They consist of an algebraic high level net and a set of graph transformation#R##N#rules. The net reflects the initial state of the operation and the transformation#R##N#rules can be used to adapt this state to reflect the dynamicity of the operation.#R##N#The applicability of graph transformation rules depends on the existence of a match#R##N#morphism. While designing the algebraic high level net transformation system the#R##N#designer has to ensure the existence of the right match morphisms for all reachable#R##N#runtime states. This can be a tedious and error prone task for the designer. This#R##N#paper uses a case study for modelling emergency operations with algebraic high#R##N#level net transformation systems to show how the notion of net patterns can help the#R##N#designer to cope with rule applicability."}]