PLM V6 for System Engineering

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1 M 6 for System Engineering g Dr Antoine AUZY, System Engineering &D Director Ter@tec orum, Ecole olytechnique, 06/16/2010

2 mpossible d'afficher l'image. otre ordinateur manque peut-être de mémoire pour ouvrir l'image ou l'image est endommagée. edémarrez l'ordinateur, puis ouvrez à nouveau le fichier. Si le x rouge est toujours affiché, vous devrez peut-être supprimer l'image avant de la réinsérer. Dassault Systèmes History at a Glance Collaborative Business rocess roduct ife-cycle Management ealistic Simulation ife-ike Experience Model-Based System Engineering hotos courtesy of The Boeing Compa ny & BMW Digital it Mockup M 2.0 3D 2D 3D M /28/2010

Si le x rouge est toujours affiché, vous devrez peut-être supprimer l'image avant de la réinsérer.

3 System Engineering ains GT suite TESS edyna Code Editors AMESim MathCAD MNT Matlab Simulink Target link Dspace Compilators lasher Geensys olcano Adams Bus Archi. MS Office Matlab Simulink Sodius ector CANAYSE ector CANape ector CANoe Entreprise Architect Simack System Architecture MAB Sub-System & Component Development Heterogeneous Data Bases Embedded Software hapsody Test & erification QA-C Autobox Dspace Matlab Simulink GENTX Starrec H Dspace Microgen Core NSpector ABCA Caliber MS Word equirements Calibration, Diagnostics, Manufacturing ETAS NCA EDABAS edoc TS Doors S

MS Office Matlab Simulink Sodius ector CANAYSE ector CANape ector CANoe Entreprise Architect Simack System Architecture MAB Sub-System &

4 (Model-Based) System Engineering Challenges Manage the increasing complexity of systems (hardware/software) Manage (commercial) diversity Ensure end-to-end traceability mprove collaborations between internal divisions and with external suppliers through exchange of models. ntegrate existing models and tools Ensure compliance with regulations and standards Demonstrate a quick eturn On nvestment DASSAUT SYSTEMES - Date age Confidential nformation

and with external suppliers through exchange of models.

5 M 6 for System Engineering Single M open collaborative platform for Model-Based System Engineering Needs System equirements Management M 6 alidation Citizen of ntegrated M unctional Analysis erification ogical Architecture Definition hysical Design ntegration ersistence & navigation on system engineering data Models, virtual experiences Uniform management of diversity ersioning, configurations Collaborative environment Traceability mpacts of changes ntegration of legacy models & tools

hysical Design ntegration ersistence & navigation on system engineering data Models, virtual experiences Uniform

6 System Architecture M 6 unctional/ogical Editor Definition of functional and organic architectures Early simulation, verification of business rules Carrier for advanced modeling & simulation ntegration with 3D 6 Confidential nformation

verification of business rules Carrier for advanced

7 6 nterfaces Design & ife Cycle Management M 6 Mandatory for communication between OEM and Suppliers Architecture of Systems Definition of nterfaces (ports) Definition of Connections Catalogs of Data/Signal rojections of connections of functions onto connections of equipments ife Cycle Management of nterfaces DASSAUT SYSTEMES - Date age Confidential nformation

Connections Catalogs of Data/Signal rojections of connections of functions onto

8 System Behavior M 6 / Editor Modelica Continuous Modelica Synchrone Event Modelica Continuous, multi-domain (ODE/DAE) Discrete (data-flow, state-charts) Event-based (safety analyses) Co-simulation platform (M/Modelisar) System Experiment Manager (life-cycle l of virtual experiments) Connection with isight & ipper ENOA M 6 8

Event-based (safety analyses) Co-simulation platform (M/Modelisar) System

9 Openness to non-6 Tools M 6 / Editor Stateflow Statemate Simulink Co-simulation platform (M/Modelisar) System Experiment Manager (life-cycle of virtual experiments) Connection with isight & ipper ENOA M 6 9

10 System Behavior - Modelica M 6 Multi-Engineering Systems Behavior Modeling & Simulation High level formal language Object-Oriented Built from first-principles (mass, energy, momentum balances) Acausal: describe the problem, not the solution! Open Modelica (non for profit) Association Active community designing libraries & tools ehicle dynamics (3-dim. mechanics) Drive trains (1-dim. mechanics) Hydraulics Combustion Air Conditioning (Thermofluid systems) Electrical/electronic l/ l t i systems Electrical machines Hierarchical state machines Control (nput/output blocks,...) Confidential nformation

Open Modelica (non for profit) Association Active community designing libraries & tools ehicle dynamics (3-dim. mechanics) Drive trains (1-dim.

11 European rojects created & leaded by DS M 6 Building a large eco-system of users and developers EuroSysib: Knowledge Capture and euse Modelisar: rom ogical Architecture to Embedded Software TEA2 roject nitiated by Dassault Systèmes & D 2.5 Years Duration : Oct March artners > 16 Mill. total budget > 100 man years effort > 30 Modelica ibraries to be developed (free + commercial) Mechanics, Electrical, Thermo-luid, Control, Safety, Automotive Already significant new results (e.g. fluid modeling) TEA2 roject "rom System modeling to Software running on the ehicle" Headed by Dassault Systèmes & Daimler 3 Years Duration 28 artners > 150 man years effort Embedded Control Systems in ehicles with Modelica and AUTOSA AUTOSA support in Modelica & code generation from Modelica unctional Mock-up nterface (new standard for Model-in-the- oop, Software-in-the-oop Simulation) ntegration in 6 roduct ife Cycle Management

12 6 M latform for irtual Experiments M 6 irtual Experiments ife Cycle Management (MS paradigm) ntegrated latform for irtual Experiments Definition of Scenarii Scripting Workflow and Optimization Analysis of the esults (plotting) Distribution of calculations DASSAUT SYSTEMES - Date age Confidential nformation

of Scenarii Scripting Workflow and Optimization Analysis of the esults

13 ntegration, erification & alidation An integrated environment for M, S & H M 6 Model n the oop Software n the oop Hardware n the oop CAN bus controller model AUTOSA code running on a C Board with ECU plant model model model Autosar builder At Artop Modelica Workbenches Eclipse Adaptation to Test Bench HW Co-simulation platform (M/Modelisar) DASSAUT SYSTEMES - Date age M 6 Confidential nformation

with ECU plant model model model Autosar builder At Artop Modelica Workbenches Eclipse Adaptation

14 egulations & Standards M 6 ncreasing importance of egulations & Standards d EC Generic Standard EC EC DO 178B EN50126 SO EC Oil & Gas Machinery Avionic EN50128,EN50129 MSA Nuclear ndustrial rocesses ail Automotive unctional Safety ife Cycle Management of Safety Standards workflows Automated extraction of relevant data from the M Definition of templates of documents erification of Business ules 2. Management of functional safety 2-4 Overall project independent safety management 2-5 Safety management during development 3. Concept phase 3-4 tem definition 3-5 nitiation of the safety lifecycle 3-6 Hazard analysis and risk assessment 3-7 unctio na l sa fety concept 4-4 nitiation of product development at system level 4-5 S pe cification of tech nica l safety concept hardw are level 5-4 nitiation of product development at hardware level 5-5 Specification of hardware safety requirem ents 5-6 Hardware design 5-7 H W a rchitectu ral constraints 5-8 Assessm ent criteria for probability of violation of safety goals 5-9 Hardware integration and testing 5-10 Q ualification of com po nen ts 5-11 Overall requirements for hardware abstraction layer 1. Glossary 4. roduct development: system level 4-10 roduct release 4-9 un ctiona l sa fe ty a ssessm e nt 4-8 Safety validation 4-6 System design 4-7 System integration and testing 5. roduct development: 5-12 S afety-related special characteristics 6. roduct development: software level 6-4 nitiation of product developm ent at software level 6-5 S pecification of softw a re safe ty requirements 6-6 Software design 6-7 Software unit design and implementation 6-8 Software unit testing 6-9 Software integration and te stin g 6-10 S oftw are safety acceptance te stin g 2-6 S a fe ty m an age m en t a ctivitie s a fte r S O 7. roduction and operation 7-4 roduction 7-5 Operation, service and decommissioning Core processes 8. Supporting processes 8-4 nterfaces within distributed developm ents 8-10 erification 8-5 Overall management of safety requirements 8-11 Documentation 8-6 Configuration management 8-12 Overall quality management 8-7 Change m anagement 8-13 Qualification of software tools 8-8 Safety analyses 8-14 Qualification of software libraries 8-9 Analysis of CC, CM, cascading failures 8-15 roven in use argumentation 9. Annexes DASSAUT SYSTEMES - Date age Confidential nformation

erification of Business ules 2. Management of functional safety 2-4 Overall project independent safety management 2-5 Safety management during development 3.

15 M 6 Systems romise olcano Adams Bus Archi. MS Office Geensys Safety and Optmization GT suite AMESim Dynamic Behavior Modelling Matlab Simulink ogic Control Modeler Sodius ector CANAYSE ector CANape / Editor ector CANoe Entreprise Architect 3D for Systems TESS edyna MathCAD Simack System Architecture MNT MAB Sub-System & Component Development M 6 Dynamic Behavior Modelling Matlab Simulink Embedded Software Code Editors Target link Dspace ogic Control Modeler hapsody Test & erification Compilators QA-C Autosar Builder Autobox Dspace Safety and Optmization Matlab Simulink System Experiment GENTX Manager lasher Starrec H Dspace Microgen Core NSpector ABCA Caliber MS Word equirements Calibration, Diagnostics, Manufacturing ETAS NCA EDABAS equirement Central edoc TS S Doors unctional Mockup ife Cycle Management