IBR Sistemi presenta i propri simulatori presso il SEATEC

febbraio 10/02/2010 | 12/02/2010
Toscana Carrara (MS)

SEATEC
Rassegna internazionale tecnologie, subfornitura, design per imbarcazioni – Organizzazione: Carrara-Fiere IMM Spa – Marina di

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Main features:

1. Scenario:
   • 3D Visualization georeferenced Map:
     • Orography
     • Harbour
   • Sea navigation signals
   • Open 3D Database system to import external 3D Database
2. Vehicles:
   • Positioning
   • Advanced Physics for surface vessels
   • Simplified Physics for areal,undersea and ground vehicles
   • Open UDP protocol to communicate with other physics engine
   • Bird view
   • Synoptic view
   • 100 Manned Targets
   • 15 Manned Ship. Is possible use all ships as own ship.
   • Ocean navigation
   • Harbour navigation
   • AIS (Automatic Identification System) targets
3. Environments:
   • Weather:
     • Realtime weather
     • Simulated weather:
       1. Zone weather
       2. Global weather
     • Ocean parameters:
       1. Waves Height
       2. Waves amplitude
       3. Waves period
     • Wind:
       1. Intensity
       2. Direction
       3. Type:
          1. Continuous
          2. Gust
     • Currents:
       1. Intensity
       2. Direction
     • Rain/ Snow:
       1. Intensity
       2. Direction
     • Clouds:
       1. Cirrus
       2. Stratus
       3. Cumulus
       4. Cumulonimbus
       5. Alto cumulus
   • Day Time:
     • Georeferenced Day time
     • Simulated Day time:
       1. Realy velocity Time
       2. Increase/decrease velocity Time
4. Physics:
   • Small and medium ship custom advanced high speed physics engine:
     • Ship length : 2-50 mt
     • Waves interection
     • Buidings interection
     • Wind interection
     • Current interection
     • Sea bed interection
     • Ship / target waves interection
     • Own ship waves interection
     • Propeller forces
     • Rudder forces
     • Thrusters forces
     • Pod forces
     • Inteceptor/Flap forces
5. Failures:
   • Rudder failure
   • Engine failure
   • Engine reduced RPM
   • Inteceptor/Flap failure
   • Thruster failure
   • All Indicator failure
6. Communication:
   • Standard Open UDP protocol
   • OwnShip 6DOF
   • Ship 6DOF
   • Target 6DOF
   • Special communication with IBR Simulation module:
     • SeaVis
     • RadSim 300
     • VI – Virtual Instruments
     • NI Engine – Console

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• • Parametric Intensity
  • Dynamically wind affected
• Fog:
  • Volumetric effects
  • Parametric Intensity
• Ocean:
  • Multiple waves
  • Amplitude parameters
  • Period parameters
  • Dynamically wind affected:
    • Surface waves geometry creation
    • surface waves direction
    • Foam
  • Sky reflection
  • Environment reflection
  • Vehicles reflection
  • Dynamical Normal/Bump effects
  • Particles splash effect
  • Undersea visualization
  • Undersea visibility parameters
  • Depth depending dynamic undersea volumetric light
  • Ocean height high frequency output data by position vector
  • Sound effects
• Full parameters control via UDP communication open protocol.

Cameras

October 5-15/2009 - Koksijde Air Base – Belgium

BELCOST ‘09
Tecnology demostration event

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STANDARD CONSOLE

Manoeuvring console

N.1 Console equipped with:

(size: H 120 cm; W 80 cm; L 160 cm)

N.1 Steering control,

N.2 small Steering control,

N.2 rudder angle indicator;

N.1 Steering selector;

N.1 Engine Control;

N.2 indicator step eliche;

N.2 RPM indicators;

N.2 bow thruster panel;

N.1 Alarm panel;

N.1 Gyrocompass;

N.1 Autopilot;

N.1 lights managing panel;

N.1 Monitor;

N.1 View Selection;

N.1 Electronic interface,

N.1 PC.

ECDIS / RADAR consolE

N.3 Multifunction console equipped with:

(size: H 120 cm; W 90 cm; L 85 cm)

N.1 Monitor lcd 22″ 1680 X 1050 16:9,

N.1 keyboard whit  track-ball,

ANCHOR CONSOLE

N.1 Console equipped with:

(size: H 120 cm; L 80 cm; L 85 cm)

N.1 Monitor lcd 12″,

N.1 anchor panel to managing,

N.1 Electronic interface.

BINOCULAR CONSOLE

N.1 Corner console dedicated to  an independent visual channel that can be used as binocular, using the joystick it is possible to change bearing and to zoom in/out:

N.1 Monitor lcd 22″ 1680 X 1050 16:9,

N.1 Joystick analogical 2 way ,

N.2 Push button,

N.1 Electronic interface.

GPS console

N.1 Corner console whit real equipement  whit  NMEA Standard interface

SOFTWARE SPECIFICATION

Driver  Ni-Engine

Driver to manage and manipulate Analog e Digital signal acquired from National Instruments devices DAQ  series.

Features:

1. User friendly interface
2. Not limited devices
3. Not limited Input and output channels
4. Output conditioning
5. Output Ethernet – UDP protocol

WorkFlow:

With a simple list is possible to assign name in text format at each signals and channels.

Linear conditioning for each Output signal.

NI_Engine creates a message with variable, value and other control fields for each signal and send the message in a defined interval.

The text message was send in UDP protocol at an IP address and Port defined in a configuration file.

AUTOMATION HARDWARE SPECIFICATION

SYSTEM

All the bridge components are fully cabled, interfaced with the Control PC via a standard interface (USB or Ethernet). The PC interacts with the physical components of the bridges and talk with the simulation system via Ethernet Standard UDP

THE FIELD INTERFACE

I/F Standard (USB or Ethernet)  to talk with the PC software driver

Modules to interface the field:

• 48 Digital Input
  (to read the push button / switch activation)
• 48 Digital Output
  (to turn on/off the signaling leds)
• 8 Analog Input Channel +/- 10V
  (to read the position of main controls like rudder, power levers, …)
• 8 Analog Output Chanel +/- 10V
  (to manage analogical indicators like Engine RPM, Rudder indicator, …)

110-240 VAC

DIN Rail mount

THE PHYSICAL INPUT DEVICES

• Main Rudder
  (wheel and electronic helm)
• 2 potentiometric controls for manage separately the rudders
• Control Head for two engines
• 8 panels with buttons/switches/signaling leds
  (chain / alarms / point of view selector / autopilot / lights / thrusters / rudders selection)

Binocular control panel with analogical Joystick and zoom buttons

CUSTOMER: NATO Undersea Research Centre (NURC)

CUSTOMER: MUMA - Museo del mare di Genova