Demonstrators

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8 Δεκ 2013 (πριν από 3 χρόνια και 6 μήνες)

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MultiPARTES
Industrial
Evaluation
Advisory
Board
Bilbao. June 18/19th, 2013
Industrial
Implementation
The
MultiPARTES
Industrial Implementation
2
Goals

To
evaluate
the
project
approach
by
implementing
realistic
applications
in
four
applications
domains
with
very
different
dependability
and
security
requirements

To
provide
quantitative
measurements
of
the
contribution
of
the
technologies
developed
in
the
project
to
the
design
and
implementation
of
mixed
critical
embedded
systems
and
to
the
reduction
of
time
-
to
-
market
.

To
pave
the
way
to
exploitation
by
using
developed
apps
as
show
cases
to
expose
the
advantages
of
the
MultiPARTES
approach
3
The
MultiPARTES
Industrial Implementation
Evaluation Plan

Evaluate project innovations
from the
Multipartes
platform
user point of view
The
MultiPARTES
Industrial Implementation
4
Demonstration

Wind
Power
& Video
Surveillance

Will
be
tested
in real HW

Exploitation
possibilities

Aerospace

Tested
agains
a
simulation
model

Will
test
different
MPT
building
blocks

Will be used as a reference implementation

Automotive

Study
of
the
possibilities
of MPT in
the
automotive
sector
The
MultiPARTES
Industrial Implementation
5
Galileo + (
Wind
Power
)

Objective

Supervise and control all the distributed subsystems that
compose the Wind Turbine through a field bus interface.

Parts

Supervisory
System

Highly
tested

Strict
RT
requirements

HMI/
Communications

Non RT

Problem to solve

The development and maintenance costs of the non Real
-
Time
functionalities increase considerably when they are developed
over a RTOS, which is not oriented to contain this kind of
services
The
MultiPARTES
Industrial Implementation
6
Galileo + (
Wind
Power
)

MPT Solution

Split the current functionalities of GALILEO into
two different partitions

Add a new partition for the Protection System

Before MPT it was an external platform
The
MultiPARTES
Industrial Implementation
7
Galileo + (
Wind
Power
)
The
MultiPARTES
Industrial Implementation
8
Vx+3 (Video Surveillance)

Objective

Develop an innovative video monitoring device where third party applications
can be installed and executed together with the DVR software

Parts

Digital Video Recording Software

High
Availabity

Reusable in different products

Third party apps

Digital signage, NFC, …

Problem to solve

Use the same monitoring software for different markets and different uses
cases, thus reducing the development, testing and customization costs and
the time to market.
The
MultiPARTES
Industrial Implementation
9
Vx+3 (Video Surveillance)

MPT Solution

Spatial and temporal isolation will allow VT to
have external applications running without
interfering with the monitoring software.
The
MultiPARTES
Industrial Implementation
10
FraPES
-
SP (Aerospace)

Objective

Provide an off
-
the
-
shelf framework for developing of on
-
board systems for satellites

based upon a set of generic and critical software building blocks
and a qualified development process for the space sector

Problems to solve

Reduce the effort of software integration and validation.

Control the growth in the complexity of the on
-
board
software in satellites.

Increase level of dependability, confidentiality and
integrity of the systems.

Provide a methodology to reduce time to certification.
The
MultiPARTES
Industrial Implementation
11
FraPES
-
SP (Aerospace)

MPT Solution

Define basic services and components to be
implemented and it groups services according to
its functionality, criticality and security.
The
MultiPARTES
Industrial Implementation
12
Automotive ITS (Automotive)

Focused on three applications relevant to
the automotive landscape:

eCall

constraints: availability, robustness, highly critical but
no hard real time requirements.

Monitoring

monitors the car status by receiving CAN messages
from sensors. Hard real time requirements.

Web browsing

non
-
safe, non
-
critical, non
-
real time application
The
MultiPARTES
Industrial Implementation
13
Automotive ITS (Automotive)

Benefits:

Reduce the number of ECUs

cost, volume and
weight reduction.

Ensure separation of concerns

eSAFETY
forum
recommendation.

Allow heterogeneous core exploitation

RT
adapted and certified core for critical applications,
classical core for infotainment.
The MultiPARTES Barcelona Welcome
14
Thank You!
The
MultiPARTES
Industrial Implementation
15