Simware 2015 Introduction · Vectors of Improvements in Simware 2015 ... Deploy your solution using...

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Simware 2015 Introduction

Commercial in confidence

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© NEXTEL AEROSPACE DEFENCE & SECURITY S.L., 2015. Reservados todos los derechos / All Rights Resedved

Jose-Ramon Martinez-SalioMSc Industrial Engineering

Head of Simware Presales Engineering

Vice-chairman SISO LSA study group

Member of NATO MSG-128 and MSG-136 groups

[email protected] / [email protected]

Speakers

Jose-Maria Lopez RodriguezMSc Industrial Engineering

General Manager in Simware Solutions

VP Business Development in NADS

Member of NATO MSG-128 and MSG-136 groups

[email protected] / [email protected]

mailto:[email protected]




Commercial in Confidence

4

© NEXTEL AEROSPACE DEFENCE & SECURITY S.L., 2015 Reservados todos los derechos / All Rights Reserved

• Introduction to Simware platform

• Simware 2015. Evolving to a Open SoS Platform

•Main technical features and examples

• Wrapping up

Agenda

Commercial in Confidence

5

© NEXTEL AEROSPACE DEFENCE & SECURITY S.L., 2015 Reservados todos los derechos / All Rights Reserved



•Main technical features and examples

• Wrapping up

Agenda

Commercial in Confidence6

© NEXTEL AEROSPACE DEFENCE & SECURITY S.L., 2015. Reservados todos los derechos / All Rights Reserved

Why Simware?

The days of closed, proprietary architectures are over; complex integration for individual products is over. The F-35, like many legacy systems, is trying to undo some of the systems architectures from the past […] We are trying to create a more seamless, connected training environment. [..] Pentagon simply could not afford to develop stovepiped, closed training and simulation systems that cost a small fortune later on down the road to re-engineer for cross-platform interoperability

Lt Gen C. Bogdan, USAF PEO for the F-35 Joint Program Office (I/ITSEC 2014, Orlando)

Our first priority is sustaining and making incremental improvements to our current portfolio of training systems. The second priority is enhancing the interoperability to connect geographically separate training facilities and systems into the larger live, virtual and constructive scenarios so that you can take individual and small unit training and expand that into the context of large unit team training

LTC Yates, Program Manager for USMC Training Systems (I/ITSEC 2014, Orlando)

LVC training will be a prime player in how we exercise our entire force and prepare for deployments. Sooner or later we will be looking to bring all of the services into a LVC world together so than we can expand the scope of how we prepare for challenges together

CAPT Naylor, Commanding officer of the Naval Air Warfare Center Training systems Division (I/ITSEC 2014, Orlando)

Market is demanding open, interoperable anmodular systems


© SIMWARE SOLUTIONS S.L., 2015. Reservados todos los derechos / All Rights Reserved

Gateway solutions are difficult to develop, upgrade and maintain

Lack of Convergence of Simulation Architectures

Lack of common data models, protocols and data distribution mechanisms

Performance requisites are not guaranteed

Lack of plug&play capability

Proprietary Architectures of the simulators

But nowadays, Simulation & Training solutions are far to be open and interoperable …

50% of the costs are related to

interoperability gaps

See more in http://www.msco.mil/LVC.html

http://www.msco.mil/LVC.html



Propietary Architecture

Stand-aloneSimulator

(Individual Training)

DIS, HLA, TENA

Federation of stand-aloneSimulators

(Team Training)

Gateways

Live-Virtual-Constructive (LVC) Federation

(Joint Training and CD&E)

NEW SoS PLATFORM

Network-ConnectedSimulators

Why is this happening?

Actual porfolio of simulation assets and industry standards must evolve to a System of System platform if market wants to create economies of scaleand increase the ROI.



DistributedMissions

Operations

Commandand

Control System

Live System

WeatherSimulator

JTAC simulator

AWACS Simulator

TerrainServer

CGF Simulator

Fighter Simulator

WeaponSimulator

SoS Simulation platforms will disrupt the industry

Reshaping competition within the industry

The function of one product is optimized with others related products. Basis of competition will be now on the performance of the system of systems.



Virtual Simulator

ConstructiveSimulation

Federation of Simulations

Live Simulator

Simware is disrupting the market with the first SoS simulation platform available as a COTS



Simware is positioning as the platform of reference in Simulation & Training market

End Users(Enterprises / Governments)

Developers(Integrators, OEMs, Services providers)

Leverage Simware to acquire and operate

Open and Interoperable integrated solutions

Leverage power of Simware to provide open solutions faster, cheaper

and more scalable



Simware is already a reference to many users

0

5

10

15

20

25

30

35

40

45

2011 2012 2013 2014 2015

Aggregated

New users

0

2

4

6

8

10

12

14

16

2011 2012 2013 2014 2015

New countries Aggregated

Users in Europe, Asia, Latam and North America

Simware recognized as the technological leader in interoperable and open

architectures for simulation

Simware already in use in many different applications: to

build training devices, to interoperate simulators in

training centers, to build test-sites for critical system or to build embedded simulations

for robotic systems





• Main technical features and examples

• Wrapping up

Agenda



Simware evolution since its inception…

2003-2010

•Flight Training Devices

•Test sites forNaval systems

•Missile Sim for EWS

•Hi-Fi Sim models forflight sims

•C2&Sim interop

2011-2013

•Land Test Sitefor CATIZ CombatSystem(Navantia)

•SimulationInfrastructurefor Sp MoD

•NOGESI SimulationLab for SpMoD

2013-2015

•Simware with users in three continents

•Simware as Open Platform for Simulation

•Expanding the use of Simware : robotics systems, web&mobile

2015-2020

•Creating new market withindustrystandard LSA.

•Expanding Simware to new application domains : Smart Cities, Virtual Reality, Health Care

First Commercial

release in 2011



Convergence of simulation standards on top of common wire protocol: OMG DDS

Works with an Loosely coupled Data Centric architecture for Distributed simulation

Uses a common platform to do any kind of Live, Virtual and Constructive Simulation

Future of Simware is aligned with a new nominating standard at SISO : Layered Simulation Architecture (LSA)

(*)Based on SISO LSA Product Nomination



Increased Openness

Better support of Standards

Extended Applicability

Vectors of Improvements in Simware 2015

We provide a new Web API to connect with Web Systems.

We have opened the API’s in our platform to provide common simulation services to the developer

We provided a new Gateway Development Kit to extend the applicability of our gateways to new standards.

We provide open APIs to integrate more easily third-party simulation models in our platform

Support of new operational and simulation standards : JAUS, CIGI, MSDL or C-BML.

Supporting LTI standard (Learning Tools Interoperability) to integrate with e-learning platforms.

Supporting HLA Evolved Remote control of Simware simulations from DIS.

New Recording & Playing Capability Integrate Simware simulations in e-learning platforms Integrate embedded simulations with your Live Systems Deploy Simulation Servers in the Cloud Integrate Web and Mobile Apps with Simware



Our commercial packages

Simware Core

Simware Web

Simware

Record&Play

Simware LVCSimDeveloper

Simware RTI PRO

Pay only for what you need



Simware Core : The foundation of our open simulation platform

Simware RTI (HLA)

Real time comm(DDS)

Simware Meta Datamodel

Simware NcWare Sim API

Design and generate your data-centric Simulator with Simware Designer tools

Develop your simulation components using the data-model with the APIs of our middleware and Runtime Infrastructure

Deploy your solution using DDS or HLA standards. Simware Runtime Infrastructure

Simware Designer



The extensions to the Core complete our platform

Simware Core

Simware Web

Simware

Record&Play

Simware LVCSimDeveloper

Simware RTI PRO

Integrate Simware Simulations into the Web

Save and analyze your simulation sessions

Integrate and Interoperate with systems using standards

Model Driven Development of Simulation Assets

Leverage DDS power in a HLA middleware



Development of a standalone simulator

Upgrade your simulator host with a Engineering Data Package in Simulink

Adding After-Action-Review capability

Integrating the simulator in a elearning platform

Connect your simulator to web/mobile clients

Integrate and Deploy your simulator in a LVC federation

The new model gives you flexibility to customize your proposal to the customer

Simware Core

Invest in licenses as you need them






• Wrapping up

Agenda



Fundamentals of Simware platform : The Architecture of Simware Core

Simware Designer

GPGUI Modeler

Simware Runtime InfrastructureSCL Scheduler SimEngineACS

Simware RTI (HLA)

Real time comm(DDS)





Working with a Publish-Subscribe simulation middleware

Simware RTI (HLA)

Real time comm(DDS)



One simple API

Facilitate creation of publishers and subscribers

Connection over HLA13, HLA1516 orDDS

Complexity of the connection is hiddenfor the final user

Nombre Descripción

DDS_OPENSPLICE Simulation over DDS using the

implementation of OpenSplice.

HLA13_DMSO Simulation using DMSO RTI with

HLA13.

HLA13_MAK Simulation using MAK RTI with

HLA13.

HLA13_PITCH Simulation using PITCH RTI with

HLA13.

HLA1516_NEXTEL Simulation using SIMWARE RTI.

HLA1516_MAK Simulation using MAK RTI with

HLA1516.

HLA1516_PITCH Simulation using PITCH RTI with

HLA1516.



Working with a pure Data-centric Architecture

Simware Designer

GPGUI Modeler

Data Model

HLA FOM data model

GPGUI

ModelerSimware

NcWare Sim API

Create your simulation from data model

Pure data centric approach

Simware Runtime Infraestructure: Run your models in a distributed environment

Scheduler

Simulationengine

eHost- <config>

<EJEC nid="2" id="3" name="EJEC" HlaFed="Aislado"

HlaSom="Som.xml" SchedFrec="25" HTime="5" GTime="3"

TTime="0" UTime="3" NotIni="no" NotFin="no" NotCierre="no"

Critico="si" NotGrab="si" />

- <EHOST4 nid="2" id="4" name="MOTOR1" SchedSecuencial="si"

NotIni="si" NotFin="si" NotCierre="no" Critico="si" NotGrab="si">

<Mod0 nid="2" id="16" name="Modulo_ModCIRCLE"

type="Modulo_ModCIRCLE" SchedFrec="50" SchedOrden="0"

SchedPrio="1" SchedOffset="0" NotIni="no" NotDisc="no"

NotEstab="no" NotFin="si" NotCierre="no" Critico="si" NotGrab="si"

/>

</EHOST4>

</config>

- <!--

Simulationengine

Configuration file

ACS

Simware Runtime InfrastructureSCL Scheduler SimEngineACS



Give you access to the Control Data Model in Simware to:

Manage the State Machine

Create and manage instances of objects

Save and restore scenarios

Allow you to build your own Control applications very easily as an IOS.

Allow you to manage remotely Simware simulations from

A DIS simulator

A web/mobile app

A C2 or live system

What is new in Simware 2015? The Simware Control Library in Simware Core



We provide a new API to connect with Web Systems. Using the SimWeb Library you can create a Web server en Simware to connect with web clients using LTI protocol.

LTI or Learning Tools Interoperability is a standard way of integrating rich learning applications with web platforms like learning management systems, portals, or other educational environments. It is based on REST Framework.

You can integrate Simware simulations in e-learning platforms to provided a richer training experience using the elearning Connector

You can deploy and manage Simulation Servers in the Cloud using our SimFactory Service

What is new in Simware 2015? Simware Web Extension

SimwareSimWeb Server

Simw

are M

idd

leware

Simware Simulation

Simware Simulation

LTI

LTI

DDS/HLA

DDS/HLA

DDS/HLA



Simulation DataBus

2. Create

Using LTI technology, Simware Platform has integration with elearning platforms

Using SimFactory Service and elearning connector, you can start, run, manage and close simulation sessions from your elearning platform

Using Simware Web Extensions to embed real time simulations in Web platforms

SimFactory1. Create sim

Node #1Node #2

Simulation Servers Farm

4. Operation

N. Destroy sim

Web Client (Moodle)

Scheduler

SimEngine

3. Launch

3. Launch

3. Launch SimWebServer

SELC

Simware Moodle Activity Module



Simware Platform has now a real time recorder and player.

Collect, store and analyze your data in a relational database.

Choose data to record, frequency of recording, set bookmarks, navigate to bookmarks, etc.

Interface with your recorder & player server using C++ API or new Web API.

What is new in Simware 2015? Simware Record&Play

Simware Middleware

Simware Simulation

Simware Simulation

R&P ServerControllerLTI SQL



New Gateway DevKit to integrate Simware simulations with systems compliant with standards as DDS, CIGI, JAUS, MSDL or C-BML.

Improved support for HLA DataModels. Now we manage modular FOMs as in HLA Evolved

Improved support for DIS. Now we can use the Control PDUs to manage Simware sessions remotely from DIS systems.

What is new in Simware 2015? More options to integrate legacy and COTS using Simware LVC



What is new in Simware 2015? Integrate non-HLA and non-DIS systems with Gateway DevKit

JAUS

CIGI

DDS

MSDL C-BML



Simware now supports control PDUs in DIS

Stop/Freeze DIS PDU

Start/Resume DIS PDU

A new DISControl library allows to connect DIS compliant systems with the control data model in Simware

What is new in Simware 2015? Control remotely your simulation using DisControl library

Simware Middleware

Scheduler SimEngine

DISControl

SCL

DIS Simulator

DIS



What is new in Simware 2015? Speed up your development times with VV repositories in SimDeveloper

Reuse yourmodels storedin your Virtual

VehiclesRepository

Use Simware Designer to design yourdata-model

Design & buildyour sim

model usingSimulink & Stateflow

Do theintegration

and testing in SimDeveloper

Only a click to generate the

codecompliant withSimware CORE



Our RTI is the first and only HLA middleware in the market based on DDS standard

RTI Pro leverages DDS to offer the best control and performance of the exchange of data using more than 20 QoS

RTI Pro is the only HLA middleware with an open wire protocol (DDS)

Full compliance with IEEE 1516.2000

Partial support of IEEE 1516.2010 (HLA Evolved)

What is new in Simware 2015? Supporting HLA Evolved in our RTI Pro

DDS Open Wire Protocol

Simware RTI PRO

HLA 1516.2000 API HLA 1516.2010 API






• Wrapping up

Agenda

To know more register to our Technical Webinars of Simware 2015 (to start on July 2015) or follow us in

www.linkedin.com/company/simware

www.slideshare.net/MarketingSimware

www.youtube.com/user/SIMWARE

www.simware.es

The Easy Way to Real Time Distributed Simulation

http://www.linkedin.com/company/simware

http://www.slideshare.net/MarketingSimware

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