Formal verification of complex systems based on SysML functional requirements

Keyphrases

• Systems-based 100%
• Formal Verification 100%
• Safety Requirements 100%
• Functional Requirements 100%
• Assume-guarantee 100%
• Systems Modeling Language (SysML) 100%
• Modeling Approaches 50%
• Management Challenges 50%
• Risk Management 50%
• Complex Design 50%
• Design Process 50%
• Design Cost 50%
• Safety Implications 50%
• Proposed Methodology 50%
• Design Verification 50%
• Complex Engineered Systems 50%
• Abstract Model 50%
• Ways of Coping 50%
• Learning Algorithm 50%
• Early Design Phases 50%
• Safety Management 50%
• System Designer 50%
• Design Iteration 50%
• System Complexity 50%
• Conceptual Design Synthesis 50%
• Hierarchical Reasoning 50%
• Electromechanical Actuator 50%
• Reasoning Tools 50%
• Flight Control Surfaces 50%
• Structure Safety 50%
• SysML Modeling 50%
• Model-based Safety 50%
• Modern Systems 50%
• Quad 50%
• Safety Approach 50%
• Compositional Reasoning 50%
• Verification Problem 50%

Computer Science

• Formal Verification 100%
• Functional Requirement 100%
• Complex System 100%
• Engineered System 50%
• Design Verification 50%
• Risk Management 50%
• Actuator 50%
• Learning Algorithm 50%
• System Designer 50%
• System Complexity 50%
• Design Synthesis 50%
• Management Challenge 50%