Tripoli Flashcards
Problem Statement -
The Marine Corps’ portfolio of simulations and ranges are designed for isolated, single purpose training applications, poorly positioned to support the integrated, scalable training environments necessary to enable the operating concepts and planned weapon systems envisioned in Force Design. While high quality LVC training is available; limitations on time, technology, standards, and technical expertise reduce the availability of this training. Current LVC efforts are episodic in nature and not fully integrated across all echelons in support of multi-domain operations.
Solution: - Project Tripoli is addressing this by developing a persistent, all-domain, all echelon live, virtual, constructive (LVC) training environment,
MCTIS
Marine Corps Training Instrumentation System
Part of “Force on Force Next Training System”
MCTIS-P: Instrumented Marines
MCTIS-W: Weapons Surrogates
MCTIS-V: Vehicles & Platforms
SESAMS: Low Velocity Training Rounds
Addresses FMF, MAGTF-TC, and Formal School requirements for a realistic, interactive, free play training environment in which actions against a thinking, peer force are observed, quantified, and assessed against defined readiness standards
Supports SLTE (ITX / MWX) and home station training (HST) / MCCRE requirements for after action review capabilities to enhance proficiency and resultant readiness
EWGIR
Electromagnetic Warfare Ground Instrumented Radar
Directly injects a denied, degraded, and disrupted electromagnetic spectrum operations (EMSO) training environment (e.g., jamming, direction finding, etc.) EWGIR augments live training for the electro magnetic spectrum operations (EMSO)
Provides a modular and scalable EMSO and Counter-Position Navigation and Timing threat capability replication enabling units to learn, implement, and rehearse tactics, techniques, and procedures to counter current pacing threat capabilities in the electromagnetic spectrum
In the LVC-TE, simulates the capability of a peer competitor operating in all domains, allowing training audiences to visually observe their electromagnetic spectrum footprint, gaining a better understanding of the effectiveness of emissions control measures
ADVTE
Aviation Distributed Virtual Training Environment
ADVTE is a customized, persistent, closed-loop, network enabling geographically-dispersed flight simulators to participate in training events (DC Aviation owned)
TVCS
Tactical Video Capture System
The Tactical Video Capture System (TVCS) provides video-based After-Action Review (AAR) capabilities to support Marine Corps training at live-fire shoot houses, urban training environments, and infantry immersion trainers
Joint Conflict and Tactical Simulation (JCATS) server adn client
Constructive Simulation
JSAF
Joint Semi-Automated Forces
Constructive simulation
AWSIM
Air Warfare Simulation
Constructive Simulation
MTWS
MAGTF Tactical Warfare Simulation
Constructive Simulation
ACE-IOS
Air-Constructive Environment - Information Operations Suite
Constructive Simulation
IEWTPT
Intelligence Electronic Warfare Tactical Proficiency Trainer
Constructive Simulation
JDLM
Joint Deployment Logistics Model
Constructive Simulation
GEG
Generator-Global Positioning System (GPS) Environment Tool (GEG)
Constructive Simulation
LOTS
Low Overhead Training System
Constructive Simulation
MCVP
Marine Common Virtual Program
MCVP is the common hardware platform (laptop) and an end-user access point to the LVC-TE
Virtual Simulation that includes:
- JVFT
- VBS IV
- Adaptive Training to Attack Controllers (ATTAC)
- Minesweeper Trainer System
- JLVT Maintenance Trainer
- Comm NET Simulator
- Spectrum Data Tool
- T3 Medical Care First Responder
JVFT
Joint Virtual Fires Trainer
Deployable system supporting training for aviation and surface-to-surface fires, replaces the SAVT with a cost savings of ≈ $50M across the FYDP
Current joint fires training (JTAC, JFO, FO) is limited to 6 fixed sites, JVFT expands to 56 deployable units
Initial AAO - 56 deployable systems (1 pelican case, 4 laptops, 1 wearable VR viewer, and wands to emulate operational gear)
GVTS
Ground Virtual Training Systems
Virtual Simulation
Three Systems - 1) Driver Trainer, 2) Tactical Vehicle Crew Simulator, 3) Reconfigurable Platform Simulator
SUTTS
Small Unit Tactical Training Systems
Virtual Simulation
provides combat marksmanship, crew gunnery training, and team/squad training
ISMT
ASALT
ISMT
TheIndoor Simulated Marksmanship Trainer(ISMT) focuses on small arms marksmanship, weapons familiarization and employment fundamentals, firing table practice, and supports call-for-fire and fire direction center training. The ISMT is an interactive audio/visual weapons simulator that provides basic and enhanced marksmanship training, weapons employment training, and tactical decision making for a variety of small arms and crew served weapons.
ASALT
Advanced Small Arms Lethality Trainer (ASALT) providing advanced marksmanship training for individuals and small teams, in an enhanced environment, including instructor coaching, human-performance metric capture and analysis, enabling significant improvement in marksmanship skill for small teams and individuals throughout the FMF. Squad-size units train in the ASALT replicating small unit objectives and close quarters battle (CQB) federated into a common operating picture such as the Force-on-Force program
WAR
Warfighter Augmented Reality
Virtual Simulation
MTEN
Marine Training Enterprise Network
An example of Network, Labor, and Tools
NETTN
Navy Enterprise Tactical Training Network
An example of Network, Labor, and Tools
NTB Navy Simulation Software
Navy Training Baseline (NTB) Navy Simulation Software
An example of Network, Labor, and Tools
DRMS
Digital Radio Management System
An example of Network, Labor, and Tools
NIS
Navy Integration Standards
An example of Network, Labor, and Tools
JAWS
Joint Analysis Workstation
An example of Network, Labor, and Tools
JAAR-RL
Joint After-Action Review-Reference Library
An example of Network, Labor, and Tools
ACS
Aggregate Combat Service
An example of Network, Labor, and Tools
JECS
Joint Exercise Control System
An example of Network, Labor, and Tools
JMEM
Joint Master Enumeration Manager
An example of Network, Labor, and Tools
TIC
TECOM Integration Center
provides a venue for integrating, evaluating, and determining whether emerging capabilities are suitable for inclusion in the LVC-TE.
The TIC is where FMF simulation centers connect to experiment with new concepts, simulations, and systems. The TICprovides support for Live, Virtual, Constructive (LVC) exercises SECRET and below, offering TECOM direct connectivity and visibility into the exercises.
S/DREN
