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Subsidiaries
Associated Companies
ATLAS ELEKTRONIK GmbH
Germany
ATLAS ELEKTRONIK CANADA Ltd.
Canada
ATLAS ELEKTRONIK Finland Oy
Finland
ATLAS ELEKTRONIK INDIA Pvt. Ltd.
India
ATLAS ELEKTRONIK UK Ltd
United Kingdom
ATLAS MARIDAN ApS
Denmark
ATLAS North America LLC
United States of America
ATLAS Naval Engineering Company (ANEC)
Republic of Korea
Hagenuk Marinekommunikation GmbH
Germany
SONARTECH ATLAS Pty Ltd
Australia
ATLAS UAE
United Arab Emirates
CYBICOM ATLAS DEFENCE
South Africa
Advanced Lithium Systems
Greece

ODIN

ODIN is the complete underwater warfare software simulation, with the capability to design, evaluate and determine naval requirements in the 21st Century.

Providing an advanced capability to model a complete engagement scenario, ODIN models the detailed interaction between entities, be they torpedoes, countermeasures, ships or seabed objects such as reefs and rocks, whilst retaining an execution speed sufficient for both real-time operations and detailed studies.

Written in ANSI C++, ODIN runs under MS Windows, Linux, or Solaris on PCs or workstations.

Main Features

  • Acoustic modelling
  • User selectable fidelity
  • Machine independence
  • Tactical data language
  • Interfacing with other models
  • Extendable functionality
  • Easily configurable
  • Validated models
  • Platform tactics can be written in C++ and/or ODIN’s High Level Language (HLL)

Technical Overview

  • Extended target signatures

    • Targets, wakes, false contacts

    Sonar processing

    • Beam-forming, detection, association
    • Doppler processing
    • Tracking, classification

    Multiple fidelity

    • Sonar equation or time series (using Nereus)

    Acoustic environment

    • Self-noise, reverberation, ambient noise (including vertically anisotropic noise)
    • Propagation loss, iso-velocity, or multi-layer complex shallow water using multi-path and ray bending

  • ODIN allows detail and fidelity to be tailored to particular requirements

    Entities

    • Single torpedo attack to multi-ship scenarios

    Target signature

    • Single or multiple highlights—omnidirectional or aspect dependent

    Sonar

    • Sonar equation to time series

  • Connecting ODIN to other models provides greater functionality

    Virtual Battlelab

    • HLA interface gives the submarine commander realistic weapon and countermeasure representations

    Nereus

    • TCP/IP interface enables higher fidelity signal processing and time series data analysis

    SURVIVE

    • File transfer allows better prediction of likely platform vulnerability

    Matlab

    • TCP/IP link allows the scientist to develop algorithms in a familiar COTS package

    SIMDIS

    • TCP/IP provides a runtime interface to this graphics tool—ODIN output can also be visualised post run