The document provides information about MIMOS, the Italian Cultural Association gathering industry, military, academia, consultants, and students in modelling, simulation, and virtual reality. MIMOS aims to spread simulation culture and facilitate exchange between these sectors. It details MIMOS' members and activities like organizing conferences. Several Italian companies that are MIMOS members are also summarized, including the simulation technologies and applications they develop for sectors like defense, shipbuilding, and aerospace. Finmeccanica's simulation initiatives involving its companies are also briefly described.
15. Univ. Genoa Simulation Team
The research group of Department of Mechanical Engineer (DIME) of Genoa
University is active from ‘60 in Simulation applied to Industrial Engineering.
The activities involve modelling, simulation, VV&A and analysis of Industrial
Applications and Services (design, re‐engineering, management, training etc.):
Power
Defence
Project
Management
Harbour Terminals
Public Services
Environment
Manufacturing
Assembling
Logistics
Transportation
The Department staff is in touch world‐wide
with the simulation community and is present
actively to conferences, exhibitions and
working meetings with the major Associations,
Agencies and Companies.
The DIME of Genoa University ‐ Simulation
Team carries out many industrial simulation
projects in cooperation with the large
corporations and small and medium sized
Enterprises
16. Smackdown
The Simulation Smackdown is an effort to promote the concepts of M&S
as a discipline at the University Undergraduate, Graduate, PhD Levels,
Postgraduates and, even, to raise the awareness of Modeling & Simulation
down into the K‐12 grades
• This is accomplished through an anticipation program involving students
and faculty in "building" an HLA based distributed simulation of a space
system
• For first Years, Smackdown Topic is simple such as: A Lunar Base Scenario
18. CETENA
CETENA is company of the FINCANTIERI Group,
dedicated to research & development in the marine
field , consultancy, services and training for ship
designers, shipbuilders, suppliers and maritime
operators
Competences:
Activities:
• Numerical simulations and studies (Fluid
Dynamics, sea keeping, navigation and
manoeuvring, FEM, etc.)
• Engineering consultancy (Ship
Ergonomics and Human factor, etc.)
MOORING,
NAVIGATION,
MANOEUVERING
STRUCTURES
AND MATERIALS
VIBRATION
AND NOISE
THERMOGRAPHY,
IR, FIRE
FLUID DYNAMICS
design,
• Sea trials, monitoring and workshop tests
(Noise & vibration, speed/power, IR, etc.)
• Products and integrated systems development
• Research and Development
• Training & Transfer of Technology
VULNERABILITY
VIRTUAL
PROTOTYPING
SEA TRIALS,
WORKSHOP TESTS
ERGONOMCS AND
HUMAN FACTORS
RISK
ANALYSIS
21. SIGMA Consulting
SERVICES: Design and Development
‐ SW: Real‐Time on board, Signal Processing, Data Base, Image Processing, Command &
Control
‐ HW: Design of Digital, RF, Microwave, Antenna subsystems
‐ Integrated Logistic Support
‐ Technology transfers to foreign countries, Customer Support
SYSTEMS AND APPLICATIONS
‐ Simulators: Flight & Radar Simulators/Trainers, Mission Planners, On board simulators
‐ Electronic Defence: ‐ Electronic Warfare systems, Operation Support Centers, Chaff & Flare
dispensers, Naval CM,
‐ Intelligence: Elint, Comint, Radar, IR, Command & Control
‐ UAV applications: RF Gonio, Sigint, Data links
‐ Communications: VLF communications management
‐ IR /UV Detectors and simulators
SIMULATORS AND TRAINERS
‐ TORNADO: Simulator/Trainer of the EW Subsystem
‐ C130J: Simulator/Trainer of the EW Subsystem
‐ C130J: On board Simulator/Trainer
‐ CIVIL: OBSIM – On board Simulator/Trainer for cargo and passenger aircrafts equipped with
anti‐missile protection systems
‐ Range: RF Radar multi‐emitter simulators
22. Configurable EW Trainer
The scope of the “SADEC” (Simulatore di Addestramento alla Difesa
Elettronica Configurabile / Configurable EW (Electronic Warfare)
Trainer) is to train EW pilots and operators to:
• evaluate and choose the best operational tactics to be adopted
• deal with dangerous situations of a real electronic warfare.
The SADEC manages the:
• Radar equation to determine the distance of the warning
systems according to the sensibility selected.
• J/S (Jammer on Signal ratio) according to the selected power of
the radar and the jammer for the distance processing.
• Evolution of the chaff and flare launch of for a right training of
flight profile to perform.
• Flight data recording for on ground replica (Debriefing)
24. LOG.IN
LOG.IN, established in 1983 in Rome, started out as a company developing
systems for telecommunications and military message handling
In 2009 LOG.IN Ltd, a Company incorporated under the British law, was
established. LOG.IN Ltd specialises in Training Solutions
Business Units
Communications Monitoring (Rome)
Radio monitoring, COMINT and SIGINT
Direction Finding and emitter geo‐location (TDOA)
Airports and Strategic Sites Interference Protection
Aerospace (Angera ‐ Italy)
Avionic Software
Aircraft and Helicopter Mission Planning Systems
Training Solutions (Yeovil, UK)
ISR (Intelligence, Surveillance and Reconnaissance) Full Crew Mission Simulator
Flight and UAV simulators
Joint Mission Training Centre
26. TXT NEXT
“YOUR MISSION, OUR COMMITMENT”
• TXT NEXT provides
leading‐edge software solutions and
services to EMPOWER the ENGINEERING CAPABILITIES of
its customers
• TXT NEXT is a specialist on SAFETY and MISSION CRITICAL
domains
• TXT NEXT’S Know‐how and capabilities built on 30 YEARS
OF EXPERIENCE working daily with market leaders
• FOCUS ON INDUSTRIES: Aerospace & Defence, Automotive
& Transportation, High Tech
29. FINMECCANICA MindSh@re SET2 Community
Simulation for Experimentation and Test, Evaluation and Training
VISION: “Simulation as a competitive advantage”
MISSION “Define and maintain a shared common Finmeccanica approach to the use of
Simulation during the whole life‐cycle of both single products and complex integrated
systems, starting from operational needs identification to deployment and training”
Activities:
To support the interoperability objective for all Finmeccanica products through the use of
common, simulation systems that can be integrated for experimentation, test, evaluation and
training of individual products and complex, integrated systems.
Make the companies able to implement interoperable simulated system.
Provide enhanced “value for money” for our customers through the extended application of
re‐useable simulation throughout all aspects of product development.
Demonstrate combined FNM capability to the market
Corporate Project FASST (Finmeccanica Application Store for Simulation & Training)
30. FINMECCANICA SimLabs
The FINMECCANICA Simulation Network (SimLabs) connects seven Group
Companies’ Simulation Labs and it is also capable of interfacing with
Government and Armed Forces Simulation Networks
Objectives and Rationale
Realize a “capability” on Simulation that is interoperable and reusable and can exploit
the Group skills and competences as well as the single laboratories
Provide a Simulation Hosting Service with the following characteristics:
Distributed over a WAN connection (classified and unclassified)
Stable
Integrated with external institutional partners
Heterogeneous competences and domains
Usable “on demand”
systems
without the need of having locally the different
Be aligned with our main competitors
Be aligned with current NATO strategy on Interoperable and Distributed Simulation