Modeling Approach for Situational Event-handling within Production Planning and Control Based on Complex Event Processing

Keyphrases

• Modeling Approach 100%
• Production Planning 100%
• Production Control 100%
• Complex Event Processing 100%
• Event Handling 100%
• Production Process 66%
• Production Environment 66%
• Industrial Production 66%
• Real-time Control 33%
• Mass Production 33%
• Reaction Systems 33%
• Levels of Abstraction 33%
• Near Real-time Monitoring 33%
• Manufacturing Systems 33%
• Product Life Cycle 33%
• Manufacturing Firms 33%
• Intelligent Computing 33%
• Modeling Method 33%
• Event Model 33%
• Market Requirements 33%
• Carbon Fiber Reinforced Plastic 33%
• Logistics Processes 33%
• Processing Engine 33%
• CFRP Core 33%
• Real-time Reaction 33%
• Constraint Level 33%
• Relation Constraint 33%
• Customized Product 33%

Engineering

• Production Planning 100%
• Complex Event Processing 100%
• Production Environment 66%
• Industrial Production 66%
• Adaptability 33%
• Gas Fuel Manufacture 33%
• Acquired Data 33%
• Abstraction Level 33%
• Carbon-Fiber-Reinforced Plastic 33%
• Process Logistics 33%
• Manufacturing Company 33%
• System Reaction Time 33%
• Product Life Cycle 33%
• Mass Production 33%
• Data Stream 33%
• Production Engineering 33%

Computer Science

• Event Handling 100%
• Complex Event Processing 100%
• Digitalization 66%
• Industrial Production 66%
• Production Environment 66%
• Data Stream 33%
• Use Case 33%
• Time Monitoring 33%
• Constraint Relation 33%
• Decision-Making 33%
• Product Life Cycle 33%
• Mass Production 33%