AAC designs and delivers
highly interactive training systems
based on high-fidelity models,
simulation, and stimulation.

AST Inputs

Common Acoustic Simulation Environment (CASE)

CASE is the fleet, physics-based, acoustic simulation software for Naval Air Systems Command (NAVAIR) Anti-Submarine Warfare (ASW) platforms, modeling and simulation activities. CASE utilizes AAC’s WaveMap3D ocean model to provide dynamic high-fidelity simulation of the ocean environment.

Littoral Combat Ship (LCS)
Integrated Systems

Mission Package Computing Equipment (MPCE)

The Littoral Combat Ship (LCS) Mission Module systems rely on the common computing environment that the Mission Package Computing Environment (MPCE) provides. MPCE is comprised of the common hardware and common network infrastructure.

Mission Package Portable Control Station (MPPCS)

The LCS MPPCS provides a portable computing environment, operator workstations, network and communications equipment to operate the LCS mission packages. It’s available in single or dual 20-ft equivalent unit (TEU) configurations.

MPS/MPOE Software

The Mission Package Operating Environment (MPOE) provides a cyber secure operating system for the tactical Mission Package application software. The Mission Package Services (MPS) is a set of utilities to manage the computing resources, networks, operator workstations for the application software.

Common Mission Package Trainer

The CMPT is a suite of scenario based tactical watchstation trainers that support individual and team training for various LCS Mission Packages.

Mission Module On Board Trainer

The MMOBT is a ship board deployment of the CMPT, a suite of scenario based tactical watchstation trainers that support individual and team training for various LCS Mission Packages.

CASE-R

Common Acoustic Simulation Environment (CASE) Fidelity Implementation (FI) is a full refresh of the CASE product that will evaluate and implement improvements in the following areas:

  • Separated Trainer Control Workstation to support full Host Interface Testing
  • 3-Dimensional, High Fidelity Ocean Model
  • Updated Noise and Clutter Functionality
  • Improved Signal Generation
  • Updated Architecture to Support Modularity and Optimized Hardware Efficiency
  • Improved Data Sharing for External Display and Evaluation

AN/SQQ-89(V)15

The system employs an open architecture business model using state-of-the-art commercial computing technology and cloud computing advancements. The system is designed to achieve a single, common hypervisor technology configuration to reduce system life cycle costs while allowing for rapid war fighting capability.

P-3/P-8/H60 Trainers

Info coming soon!