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ARTEMIS Industry Association Page 1 ARTEMIS - Helsinki 03.10.2013 MUSSA: Multi-Level SoS Simulation...

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ARTEMIS Industry Association Page 1 ARTEMIS - Helsinki 03.10.2013 MUSSA: Multi-Level SoS Simulation & Analysis ARTEMIS-IA Brokerage event Amsterdam January 21 st /22 nd , 2015 Eugenio Villar University of Cantabria ARTEMIS Industry Association The association for R&D actors in embedded systems
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ARTEMIS Industry Association Page 1ARTEMIS - Helsinki 03.10.2013

MUSSA:Multi-Level SoS Simulation & Analysis

ARTEMIS-IA Brokerage eventAmsterdam January 21st/22nd , 2015

Eugenio VillarUniversity of Cantabria

ARTEMIS Industry Association The association for R&D actors in embedded systems

ARTEMIS Industry Association

State of the Art

Different simulation frameworks for different domains

Modelica, Simulink, etc.

Netsim, Omnet, etc.

Sismics, OS Simulator, etc.

SystemC/SystemC-AMS/SystemC-MDVP

QEMU, OVP, Virtualizer, etc.

VHDL, Verilog, etc.

Standard distributed simulation infrastructure

HAL, DIS, DSS, …

ARTEMIS Industry Association

Assumptions

Different simulation frameworks for different domains

Modelica, Simulink, etc.

Netsim, Omnet, etc.

Sismics, OS Simulator, etc.

SystemC/SystemC-AMS/SystemC-MDVP

QEMU, OVP, Virtualizer, etc.

VHDL, Verilog, etc.

Standard distributed simulation infrastructure

HAL, DIS, DSS, …

Native Simulation

Common, unifiedSimulation & Analysis Framework

ARTEMIS Industry Association

Objectives

Multi-level simulation of the complete system

CPS environment

Human behavior

Focus capability to a particular device

ARTEMIS Industry Association

Objectives

Capability to integrate/communicate with the real world

Capability to integrate HW emulation

Real HW

FPGA models…

Capability to simulate 1s/s

virtual models at 'real' time.

ARTEMIS Industry Association

Objectives

Capability to analyze the functional and extra-functional properties

dependability

security

power consumption

network traffics

data movements, etc.

Capability to detect unexpected behaviors

complex interaction of many different actors

ARTEMIS Industry Association

Relation with the ECSEL Strategic Thrusts Key applications

Smart mobility

•shape the convergence of the worlds of digital data and transportation

•analysis of the behavior & performance of the digital car

oas part of a smart infrastructure

oincluding the human-in-the-loop (drivers, pedestrians, etc.)

overification, validation & simulation for automation

Smart society

•Analysis of security, data integruty, privacy & safety

ARTEMIS Industry Association

Relation with the ECSEL Strategic Thrusts Key applications

Smart health

•integrated simulation chain that supports all stages of system design

ovalidation & verification

oincluding the human-in-the-loop (patients, doctors, etc.)

omade available to SMEs and larger companies

Smart production

•simulation of collaborative automation environments

•open simulation platform

•multi-technology simulation

•virtualization

ARTEMIS Industry Association

Relation with the ECSEL Strategic Thrusts Essential technologies

Design technologies

•technologies for Model-Based and Virtual Engineering

•managing complexity, safety and security

•managing diversity

CPSs

•provide a simulation platform

oreliability, security and trustability HW/SW

ohard real time constraints, energy awareness, dynamic reconfiguration, reliability, safety and security.

ARTEMIS Industry Association

Consortium

Still under construction

INDRA (ES)Thales-Alenia Space (ES)TeDeSys (ES)Softeam (FR)OFFIS (DE)Siemens Industry Software (DE)Continental Automotive (FR)Integrasys (ES)University of Cantabria (ES)University of Mondragon (ES)T.U. Eindhoven (NL)

We hope more partners with brilliant contributions will join!


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