Research on Process Model of Soldier System
Zhiqiang Zheng
Abstract
Zhiqiang Zheng
Abstract
In order to design and verify the soldier system effectively,it is necessary to conduct and study its process model to enhance the system's performance.IDEF0 and Petri net were adopted as process modeling methods.With the help of association matrix,the IDEF0 model were transformed to Petri net model.The process model of IDEF0 visually described the business processes and the information flow of the system.Through the dynamic simulation for the Petri net model transformed from IDEF0 model,the statistical data obtained can provide a basis for the system design.The great advantage of combining two modeling methods is that the visual representation of the model and the dynamic simulation capability of the system can be taken into account easily.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
In order to design and verify the soldier system effectively,it is necessary to conduct and study its process model to enhance the system's performance.IDEF0 and Petri net were adopted as process modeling methods.With the help of association matrix,the IDEF0 model were transformed to Petri net model.The process model of IDEF0 visually described the business processes and the information flow of the system.Through the dynamic simulation for the Petri net model transformed from IDEF0 model,the statistical data obtained can provide a basis for the system design.The great advantage of combining two modeling methods is that the visual representation of the model and the dynamic simulation capability of the system can be taken into account easily.
Key concepts: IDEF0, Petri net, Computer science, Process modeling, Process (computing), Representation (politics), Data flow diagram, Systems modeling