The ICT infrastructure and virtual lab supporting research for Industry and Environment

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5 Νοε 2013 (πριν από 4 χρόνια και 4 μέρες)

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The ICT infrastructure and virtual lab

supporting research for Industry and Environment

Ing. Silvio Migliori

ENEA


UTICT

silvio.migliori@enea.it




www.utict.enea.it



ENEA
-

National Agency for new technologies, energy and

Economic

and
Sustainable

Development

ENEA
-
UTICT

Technical Unit for Information Systems and ICT

The ICT infrastructure and virtual lab

supporting research for Industry and Environment

Ing. Silvio Migliori

ENEA


UTICT

silvio.migliori@enea.it



ENEA
-
UTICT
Technical Unit for Information Systems and ICT


3

ENEA
-
UTICT

Staff

N. People

Researchers

50

Expert
Technicians

25

Support

Management

10

Technical Unit for Information Systems and ICT

Laboratories

Infrastructure
and Network
Services

Infrastructure
for Scientific
Computing

Information
Technologies
Management

Implementing
new projects
and Web
Applications

ENEA

GRID

Code

Application

field

FLUENT,

OpenFoam

CFD

ANSYS,ABAQUS,

NASTRAN

Structures

FLUKA,ERANOS

Nuclear

MCNP,

MCNPX

Neutronics

MpCCI

Fluid
-
structure

interaction

USER

codes

Any

type

and

platform

Web
access

Softwares

Instruments


ENEAGRID integrates into a single infrastructure set of computing resources for High
Performance Computing (HPC), distributed in the main ENEA Research
C
enters.

CASACCIA

FRASCATI

S.Teresa

Saluggia

Ispra

BOLOGNA

PORTICI

TRISAIA

BRINDISI

Manfredonia

ENEA
-
GRID Computational & 3D Centers

(more then 6000 core)

90

>5000

900

200

30

#
CPU/Core

45

Summer 2013

4000 core Intell 8
core/soket


ENEA
-
GRID

ENEA
-
GRID: Development

Sensor nets

ENEA
-
GRID

Born in 1998 with 6 Italian geographic clusters.

Main aim:

o
Give to ENEA researchers a unified environment to use in an easy way
heterogeneous computers and applications software;

o
Build an homogeneous ICT infrastructure but with a distributed and
delegated control;

o
Integrate the ENEA
-
GRID with National and International GRIDS.

www.afs.enea.it/project/eneagrid

Data archives

Colleagues & 3D

Software

catalogs

Computers

Application

Fabric

Connectivity

Resource

Collective

User

6

Cell Centered Data Base

“CCDB”

IMAGING
-
INSTRUMENTS

COMP.
-
RESOURCES

MULTI
-
SCALE
-
DATA
-
BASES

NETWORK

ADV.
-
COMP.
-
GRAPHICS

DATA ANALYSIS

DATA ACQUISITION

By
-
Mark Ellisman

The concept of ENEA GRID
infrastructure

7



ENEA
-
GRID Potentialities



o
Running all Software Model for any kind of computer architecture;

o
Only one installation for each software for all geographical computers;

o
All authorized users can have access the software from local site;

o
Any application can share the data in the common geographical file
system;

o
All sensors can share the data easily using the geographical file systems.

Sensor nets

Computers

Portic
i (

Roma
-
1




Bologna

EU…

Brindisi

Roma
-
2




Trisaia

Software catalogs

Computers

Computers

Sensor nets

ENEA
-
GRID

Software Model
1

Software Model
2

Software Model
3

Software Model
..

Rules

Computers

8

feature under develops


for high resolution of microscope images

(TEDAT Project)


Site …


Site 2


SITE 1

Logical access (AFS)

MySQL structure

Microscope

High
definition


images

CRESCO

NX servers

with graphic board

New ENEA
-
GRD


Java/web technology

Low internet bandwidth
for


high resolution images


3D scenes

ENEA
-
GRID

9

CRESCO

HPC hall


Some CRESCO HPC
speed
-
up

Fluent

OpenFoam

Commercial code

Combustion

Open Source

Processors

CPMD

Spedup

procs

DB_1

CPUS

ENEA GRID

WEB

ICA

SSH

DNA Sequence
system

( ABI Prism 3700)

Trisaia

DB_3

DB_2

Electron Microscope
(Brindisi)

300 KeV (sept. 2004)

ENEA GRID and experimental facilities

Controlled Nuclear Fusion:

FTU

Frascati Tokamak Upgrade

Video Acquisition

12

HPC:
Application

Areas


Energy Efficiency


Engineering


Nuclear


Environment and Climate


Combustion


Materials Science


Fluid Dynamics


Bioinformatics


Critical Infrastructure


Cultural Heritage

Advanced

modeling

Engineering

is

an

indispensable

tool

in

the

design

of

innovative

Energy

Efficien
cy
!

13







Results of simulations conducted on
CRESCO
:
Combustible

3D visualization of a methane flame.

3D visualization of the temperature field in a
combustor.

14

Vorticity

Vorticity

Axial Velocity

Axial Velocity

10 Pa, 20 kHz

Using acoustic
waves in
applications of
processes for
the stabilization
and control of
flames.


Results of simulations conducted on CRESCO
:
acoustic
waves

15

Results of simulations conducted on CRESCO :
organic
-
inorganic Molecular Dynamics

Photovoltaic applications: organic solar cells



Polymer

solar

cells

are

considered

to

be

a

potential

candidate

to

solve

the

problem

of

the

growing

need

of

renewable,

cost
-
effective

energy

sources
.

The

maximum

open

circuit

voltage

for

polymer

solar

cells

is

related

to

the

difference

between

the

HOMO

of

the

electron

donor

and

the

LUMO

of

the

electron

acceptor
.

We

implemented

a

theoretical

approach

to

design

fullerene

derivatives

to

be

used

as

electron

acceptor

in

polymer

solar

cells
.

We

calculated

the

LUMO

levels

of

fullerene

derivatives

successfully

used

as

electron

acceptors

and

we

correlated

the

obtained

values

with

the

Voc

of

the

corresponding

device
.




16

Results of simulations conducted on
CRESCO
: Environment and Climate

Computational domain of
the climate model
Protheus
.

3D visualization of
Mediterranean Climate data.

17

Fluid Dynamics of Cresco HPC System:

Energy Efficiency in Buildings

Benchmark 3D
room

Energy
efficiency

in building

18

Laser scanning
Juvanum

by

HDS3000


19
Scan


16.589.664
points


Valori di
XYZ
reflectance

and
color


Acquisition

GPS

VISUALIZATION OF A SET OF MILLIONS OF
POINTS

OSG viewer:

Currently there are commercial
software capable to display a large amount of
data in “near realtime”, but we were oriented to
an “open source” solution using our ENEA
-
GRID,
the OpenSceneGraph libraries and the powerful
viewer.

Distances evaluation:
Integrating the ANN
library in the OSG viewer code, it was possible to
impolement a tool for evaluating distances
between points in the 3D scene.

Visualization of 3D laser scanner data from
an archaeological site

19

FARO

-

Fast Access to Remote Objects

Graphics terminal

Frontend all O.S.

FARO

WEB access to
data,
applications
and virtual
machines created
by an integration
of
NX applications and
Java.


ENEA
-
GRID & CRESCO ACCESS

FARO for Industry (Virtual LAB)

Graphics terminal

Frontend all O.S.

SOFTWARE

FARO for Virtual LAB

(Gateway)

22

Cloud

Computing
:
OpenNebula

OpenNebula
: pool
of

technologies

and
instruments

able

to

export
services

in the
net.

Typical

Services
:


Storage
/
Archiving
;


Data
elaboration
;


Remote Software;


Virtualization
.


Advantages

for

users
:


Ubiquitous

data and
resources

access
;


Device

independance
;


User
-
friendly

interface and
simple

usage
;


Saving

of

HW and SW
cost

andaintenance

operations
.

OpenNebula

and ENEA
-
GRID



Accessibility

integrated

with

FARO



List of virtual
machines available

23

Smart
Buildings

Network

MANAGMENT

OPTIMIZATION

NETWORK
SUPERVISORS

REMOTE

MONITORING


Smart Agent












Diagnostics
intelligence

Cost/Energy

Optimization

Active Demand
Management

OpenNebula

ENEA
-
GRID

ICT platform integration

Smart Village

o

Interface smart village


o

Data fusion and decision
-
making systems


o

Integrated database



25

Thanks

for

your

attention


Ing. Silvio Migliori

ENEA


UTICT

silvio.migliori@enea.it



www.utict.enea.it

www.cresco.enea.it
/

26