Medini analyze is a professional functional safety analysis tool that supports a functional safety development process that meets safety standards.
Medini analyze breaks through the traditional single-point tool approach and uses a model-based integrated analysis approach to ensure consistency, traceability, and improved system security analysis productivity.
Medini anslyze integrates common functional safety analysis techniques to fully support the functional safety related activities of the development cycle:
• Hazard Analysis and Risk Assessment (HARA)
• Failure Mode and Impact Analysis (FMEA)
• Fault Tree Analysis (FTA)
• Hazard and Operability Analysis (HAZOP)
• Failure Mode, Impact and Diagnostic Analysis (FMEDA)
• Diagnostic coverage matrix for hardware security analysis
Medini analyze technical indicators
• Medini analyze is a safety analysis and design tool that follows safety standards
• Integrated architecture/functional design based on functional safety analysis
• Support for scenario analysis, hazard and risk analysis, Fault Tree Analysis (FTA), Failure Mode and Effects Analysis (FMEA), hardware failure rate and failure indicator analysis
• Support the development of links and tracking of all security-related information and decisions throughout the process
• Generate work products that meet safety standards
• System architecture and functional behavior modeling
System architecture, design, and behavioral modeling based on SysML1.4
• The latest security reliability analysis method
Hazard Analysis and Risk Assessment, Driving Scenarios, Safety Objectives and Requirements, Safety Level Determination/Decomposition, FMEA Design, FMEA, FMEDA Process Processing, Fault Tree Analysis, Single Point Failure and Potential Fault Hardware Matrix, Failure Rate Classification, Based on Failure Rate Manual for reliability prediction
• Integration project and version management
Task management and review support, roles/permissions/access restrictions, team support, supply chain support, integrated versions and PLM systems, model variance analysis and consolidation
• Support for reuse and automation
Checklist templates, project templates, reusable knowledge base, reliable consistency and traceability, automatic generation of work products, scalable tool architecture, customizable
Related technical seminar notice
In view of the increasing emphasis on functional safety in the automotive industry, Hengrun Technology and ANSYS will jointly hold a seminar on high-security vehicle control system development and certification technology in Shanghai on October 17, 2017. This seminar will focus on Functional safety technology, AutoSAR-compliant system architecture design, model-based embedded software development, and technical discussion and introduction to the ISO 26262 standard compliance method.
Meeting process arrangement
Erasme Luxury High Chair With Wheels
Zhejiang Lamon Technology Inc. , https://www.chairesbaby.com