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IRASComm


Simulated Radio Communication & Intercom

Communication is a cornerstone in any team training environment from low cost serious games to high end dedicated training devices. IRASComm is a highly flexible simulated Radio Communication & Intercom system designed to meet the requirements of the communication infrastructure in military training simulators.

Realistic Voice Communication

IRASComm is designed to provide realistic voice communication in training simulators. IRASComm enables communication (talk and listen) on multiple radios and nets simultaneously. The solution  can be used on a stand-alone basis, integrated with other platforms through DIS/HLA or embedded into existing simulators through the Remote Control API.

IRASComm products

IRASComm is distributed together with:
  • IRASInstr                   Instructor application for IRASComm
  • IRASCommPanel   Communication panel for IRASComm
 

DIS/HLA, COTS and Open Standards

IRASComm is a highly configurable software solution based on COTS and open standards. The IRASComm solution provides native voice communication support for both DIS and HLA. Each IRASComm station can be configured in DIS, HLA or DIS-HLA bridge mode.










From HF to SatCom


IRASComm provides simulated communications for HF, VHF, UHF and SATCOM radio systems. The radio communication network simulates the radio signal propagation and audio effects, including background noise, SATCOM delays etc., based on various radio settings and parameters.
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Highlights

  • Low cost solution
  • Standalone or integrated
  • Realistic voice communication
  • Multiple radios and nets
  • Simultaneous communication
  • Native DIS and HLA support
  • Remote control API
  • Platform independent software
  • Windows/Linux

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Standards

  • HLA 1516-2010 (Evolved)
  • HLA 1516-2000
  • HLA 1.3
  • RPR 2.0 (draft 17)
  • Several RTI's
  • DIS version 6 (IEEE 1278.1a-1998)
 
Upon request:
  • Other FOM versions
  • Older DIS versions
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Communication

  • HF, VHF, UHF, SatCom
  • Audio effects
  • Signal propagation
  • Signal/Noise ratio
  • Backgound noise
  • SatCom delays