항공우주 및 국방

INDUSTRY STANDARDS

ARP4754A

Analyze your system design choices with MATLAB and Simulink

The ARP4754A standard addresses the systems engineering aspects of aircraft certification, including systems requirements, requirements validation, systems design, and system verification. This standard supports system engineering activities and analyses for a safe and robust implementation.

You can use MATLAB®and Simulink®to:

  • Iterate and refine system requirements by creating an executable specification
  • Model, simulate, and analyze different architecture choices related to robustness and maintainability
  • Establishend-to-end traceabilityfrom requirements to tests
  • 利用测试一场rios to validate your system
arp-4754

ARP4754 Standards with MATLAB and Simulink

Embraer Speeds Requirements Engineering and Prototyping of Legacy 500 Flight Control System.Embraer Speeds Requirements Engineering and Prototyping of Legacy 500 Flight Control System
Video length is .
Embraer Speeds Requirements Engineering and Prototyping of Legacy 500 Flight Control System
Airbus Develops Fuel Management System for the A380 Using Model-Based Design.Airbus Develops Fuel Management System for the A380 Using Model-Based Design
Video length is .
Airbus Develops Fuel Management System for the A380 Using Model-Based Design
Airbus Helicopters Accelerates Development of DO-178B Certified Software with Model-Based Design.Airbus Helicopters Accelerates Development of DO-178B Certified Software with Model-Based Design
Video length is .
Airbus Helicopters Accelerates Development of DO-178B Certified Software with Model-Based Design
ESA and Airbus Create Upper-Stage Attitude Control Development Framework Using Model-Based Design.ESA and Airbus Create Upper-Stage Attitude Control Development Framework Using Model-Based Design
Video length is .
ESA and Airbus Create Upper-Stage Attitude Control Development Framework Using Model-Based Design

Using Model-Based Design with ARP4754A Objectives

MATLAB and Simulink enable you to tackle system engineering activities in a unified executable environment:

  • Performsimulationsand analysis on executable specifications
  • Use a common design language between systems, software, and hardware
  • Analyze the completeness of the ICD (contents, definition, and tolerance)
  • Analyze the architecture of feared events
  • Avoid expensive prototypes using trade-offs, optimization, or regression studies

Satisfying ARP4754A objectives usingModel-Based Designwill ensure your system is equipped with functional compliance and safety and will save cost and time-to-market toward certification.

Title

Customer Success

Learn More

Explore Products