Beijing Ruifeng Synergy Technology Co., Ltd.

RAINFE MOCASModeling and Simulation System

SHARE

MOCAS (Modeling and Simulation System) is a system for modeling, simulating, evaluating the effectiveness of equipment systems, and conducting operational research. This system can simulate the entire process of equipment system missions, covering numerous aspects such as system composition, mission assignment, resource allocation, battlefield operations, and emergency response. It can provide full-scenario, full-process, and full-element operational displays. The system employs MBSE (Model-Based System Environment) and system simulation technology to construct simulation models of elements such as organization, equipment, resources, and environment. Based on mission design, it simulates and extrapolates system missions, monitors the status and effectiveness of system elements, and provides quantitative basis for equipment system planning and scheme design.

Most popular related searches
  • System modeling and simulation covering all elements, processes, and scenarios
    ? All elements: mission activities, equipment status, personnel organization, mission behavior, and equipment utilization. ? The entire process: equipment deployment, mission flow, mission activities, mission collaboration, resource supply, and material delivery. ? All scenarios: sea areas, airports, warehouses, maintenance points, transportation networks, and mission environment.
  • Modeling mechanism based on definable capabilities
    ? Model System: Task, Organization, Equipment, Resources, Activities, Environment. ? Capability-Based: Organize activities according to the capabilities of each model, and establish business processes based on these activities.
  • Multi-layered reconfigurable business description
    ? Multi-layered: Facing complex multi-layered programming, enabling detailed decomposition and analysis of task activities for each entity, and detailed analysis of state history. ? Reconfigurable: Task programming reconfiguration, business process reconfiguration, and inter-entity collaboration sequence reconfiguration.

  • System simulation modeling
  • Construct all elements of the equipment system and the entire mission process, and describe the mission logic and the relationships between elements.
  • System task simulation
  • The simulation system executes the entire task process, predicting the rationality and efficiency of the proposed solution.
  • System performance evaluation
  • For each mission, analyze and evaluate the mission effectiveness indicators of the equipment system.
  • Task resource assessment
  • To meet operational requirements, analyze equipment usage during the mission process and estimate mission resource needs.
  • System contribution rate analysis
  • Contribution rate analysis of designated equipment in complex systems