Attachment_7.2_Draft_IMTS_Performance_Specification.pdf

PRF-PT-668

21 November 2016

Version 1.0 i

PERFORMANCE SPECIFICATION

FOR

INTEGRATED – MILITARY OPERATIONS ON URBAN TERRAIN (MOUT)

TRAINING SYSTEMS (I-MTS)

AND

COMBAT TRAINING CENTER MILITARY OPERATIONS ON URBAN TERRAIN

– INSTRUMENTED SYSTEM (CTC MOUT-IS)

U.S. Army Program Executive Office Simulation, Training, and Instrumentation (PEO STRI)

12350 Research Parkway

Orlando, FL 32826-3276

Engineering Acquisition Logistics

X L e a d S y s t e m s E n g i n e e r

L e a d A c q u i s i t i o n L o g i s t i c i a n

Prepared by: Reviewed by:

Michael Craven, PM DT Mac Baker, PM DT

C h ie f E n g in e e r

A s s o c ia t e C h ie f , A c q L o g i s t i c s

Approved by: Approved by:

James Todd, PM DT Roberto Capote, PM TRADE

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REVISION LOG

Date Revision Author Revision Description

11-21-16 1.0 Craven Initial version iii

TABLE OF CONTENTS

1. Scope

1.1 Background

1.2 Goals and Objectives

1.3 Methods of Verifications

1.4 Verification Class

2. Applicable Documents

3. System Requirements

3.1 Range Operations Center (ROC)

3.2 After Action Review (AAR) Facility

3.3 Training Buildings

3.3.1 Network

3.3.2 Equipment Rooms

3.4 Edge Devices

3.4.1 Interior Camera Assembly

3.4.1.1 Illuminators

3.4.2 Audio System

3.4.3 Panic Buttons

3.4.4 Battlefield Effect Simulators (BES)

3.4.5 Targetry

3.4.5.1 Human Type Targets (HTT)

3.4.5.2 Stationary Infantry Target (SIT)

3.4.5.3 Interactive Target

3.5 Bullet Trap

3.6 Integrated Management System

3.6.1 External Interfaces

3.6.2 Symbology and Modeling

3.6.3 Exercise Control (EXCON)

3.6.3.1 Scenarios

3.6.3.2 Lighting Control

3.6.3.3 Audio Control

3.6.3.4 Built In Test (BIT)

3.6.3.5 Safety System

3.6.4 Video Management

3.6.5 Video Monitoring

3.6.6 Video Recording and Playback

3.6.7 Editing

3.6.8 After Action Review (AAR)

3.6.9 Take Home Package (THP)

3.7 Environmental Conditions

3.7.1 Indoor HVAC controlled facility Conditions

3.7.2 Indoor non-HVAC controlled facility Conditions

3.7.3 Outdoor Conditions

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3.8 Cybersecurity (Information Assurance)

3.9 Logistics

3.9.1 Reliability

3.9.2 Maintainability

3.9.3 Availability

3.10 Safety

3.11 Security

3.12 Electromagnetic Compatibility (EMC)

3.13 Materials

3.14 Processes

3.15 Nameplates and Markings

3.15.1 Cable and wires markings

3.15.2 Unique Identification

3.15.3 Units, Assemblies, Subassemblies, and Parts

3.16 Assembly

3.17 Powerline Monitoring and Protection

3.18 Computer Hardware

3.19 Computer Operation and Control Function

3.20 Workmanship

4. Conventional Shoot House (SH)

4.1 Infrastructure

4.2 Interior Cameras

4.3 Panic Buttons

5. Automated Shoot House (ASH)

5.1 Infrastructure

5.2 Interior Cameras

5.3 Soldier Interface Module (SIM)

5.4 AAR Podium

5.4.1 Video Monitoring (Live View)

5.4.2 After Action Review (Playback)

5.4.3 Laptop View

5.4.4 Take Home Package (THP)

6. Combined Arms Collective Training Facility (CACTF)/Collective Training Facility

(CTF)/CTC MOUT IS

6.1 After Action Review (AAR)

6.2 Overflow room

6.3 Multiple Integrated Laser Engagement System (MILES)

6.4 Exterior Speakers

6.5 Exterior Lighting Control

6.6 Exterior Cameras

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1. Scope

This document establishes and defines the performance specifications for the Integrated –

Military Operations on Urban Terrain (MOUT) Training System (I-MTS) and Combat

Training Center Military Operations on Urban Terrain Instrumentation System (CTC MOUT

IS) programs. These systems are Audio/Video (A/V) centric solutions supporting urban operations training. This specification receives its requirements (both direct and derived) from a combination of the I-MTS ORD, Training Circular (TC) 25-8, and TC 90-1 for the following system types:

Combined Arms Collective Training Facility (CACTF) o The CACTF replicates an urban environment. The facility consists of 2.25 square kilometers of urban sprawl with 20 to 26 buildings, roads, alleys, parking areas, underground sewers, parks, athletic fields, and command and control building. The actual size and configuration of the CACTF varies by site. The CACTF is designed to support heavy and light Infantry, Armor, Artillery, and Aviation positioning and maneuver. In addition to the training buildings the CACTF consists of a Range Operations Control

(ROC) and After Action Review (AAR) facility.

Collective Training Facility (CTF) o A CTF is a smaller variant of a CACTF generally consisting of 12 to 16 buildings. A CTF is commonly fielded to US Army National Guard or

Reserve locations. However, a few homestation ranges have recently been converted to a CTF configuration.

CTC MOUT IS

o CTC MOUT IS is similar to a CACTF, however, it is specifically designed to support the requirements of the three CTCs. CTC MOUT IS provides both the ability to support training for full-spectrum operations for squads through brigade-level urban operations training, and timely and effective

AAR capabilities for the units. The CTC MOUT IS training sites are not standardized and have significantly higher quantities of devices and supporting equipment than a standard CACTF.

Shoot House (SH) o The Shoot House provides the ability to train and evaluate the unit during a live-fire exercise. Units are trained and evaluated on their ability to conduct tactical movement, engage targets, conduct breaches, and practice target discrimination in an urban environment. This facility has two parts, the live-fire facility (a single training building) and the ROC/AAR building.

Automated Shoot House (ASH) o The ASH is a modern variant of the SH where the training personnel can operate the system without a dedicated support contractor operator. The

ASH has several “automated” features to support this use case.

The I-MTS program covers numerous Army, Army Reserve, National Guard, and DOD sites located both within the Continental United States (CONUS) and Outside the Continental

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United States (OCONUS). The scope may include Foreign Military Sales (FMS) and qualified federal, state or municipal agencies whom may have unique requirements (which would be further defined by the Government).

The CTC MOUT IS programs covers the three Combat Training Centers; (1) The Joint

Readiness Training Center (JRTC) at Ft Polk, LA; (2) The National Training Center (NTC) at Ft Irwin, CA; and (3) The Joint Multinational Readiness Center (JMRC) in Hohenfels

Germany.

1.1 Background

The intent of I-MTS is to provide urban operation training solutions which fulfill specified aspects of individual, collective, and combined arms training requirements. I-MTS also addresses other-than-war operations (such as peacekeeping missions and stability operations), homeland defense and anti-terrorism scenarios. I-MTS also includes MOUT efforts associated with the Overseas Contingency Operation (OCO). I-MTS will immerse the training participants into the realism of the event. I-MTS environment must allow and support flexibility and changing scenarios to prevent learned responses using methods such as unexpected events.

CTC MOUT IS is different from the CACTF in that it focuses on a slightly higher echelon of urban operation training. The CTC MOUT is a complex of buildings providing combined arms collective training for platoon and company Situational Training Exercises (STX) and battalion/brigade task force (TF) field training exercises (FTX). CTC MOUT IS allows the training personnel to perform exercises on geographically separate locations (villages).

Due to a shortage of training systems for MOUT the I-MTS program rapidly fielded over 120 locations to support urban training. Recently many of these systems have become out dated and require updating to remain operational and sustainable. Both the I-MTS and CTC MOUT

IS programs have been conducting Continuous Technology Refreshment (CTR) at these legacy locations. Through CTR the program has been replacing legacy components that are no longer supportable by providing them with up-to-date technology as well as improving their capabilities.

1.2 Goals and Objectives

The objective of the program is to consider a consolidated approach to Life Cycle

Management (LCM), address the programs life cycle challenges, obsolescence mitigation, maintain or improve system performance and operational readiness, ensure relevancy, and improve system maintenance while reducing total ownership costs and logistics footprint.

Another objective is maximizing standardization, commonality, synchronization, reuse, core asset reuse, and interoperability. These objectives are intended to reduce CTR costs, improve legacy equipment/technology integration, and replacement of legacy components with lower sustainment costs.

In addition, each system should support the business goals of PM TRADE:

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a. Reducing Operational Cost & Complexity

b. Aligning & Supporting Product Development (common standards, interfaces)

c. Enhancing Soldier Training Effectiveness

d. Reducing Sustainment & Development Costs

e. Increasing Technology Agility

f. Leveraging Other Army Systems

g. Increasing training realism, relevancy, and usability for the Warfighter

1.3 Methods of Verifications

Each requirement will have a designation for which method of verification is required to determine compliance of this specification. The method(s) of verification to be used will be identified in the corresponding column for each requirement with a check mark. In addition, the contractor shall use these designations to generate the Government Acceptance Test

(GAT) test plan as well as the framework for the compliance matrix. The requirements shall be verified by the Government to ensure compliance using the following methods:

Analysis (A). An element of verification that utilizes established technical or mathematical models or simulations, algorithms, charts, graphs, circuit diagrams, or other specific scientific principles and procedures to provide evidence that state requirements were met.

Demonstration (D). An element of verification that generally denoted the actual operation, adjustment, or re-configuration of items to provide evidence that the designed functions were accomplished under specific scenarios. The items may be instrumented and quantitative limits of performance monitored.

Test (T). An element of verification and inspection that generally denoted the determination, by technical means, of the properties or elements of items, including functional operation, and involves the application of established scientific principles and procedures.

Examination (E). An element of verification and inspection consisting of investigation, without the use of special laboratory appliances or procedures, of items to determine conformance to those specified requirements which can be determined by such investigations. Examination is generally nondestructive and typically includes the use of sight, hearing, smell, touch, and taste; simple physical manipulation; mechanical and electrical gauging and measurement; and other forms of investigation.

Certification (C). An element of verification that generally denotes or documents the prior conduct of formal test verification, and relies on documented test results, performance data, analytical data, or vendor documentation. The items require that the contractor certify the requirements have been met.

1.4 Verification Class

For each requirement the system will be subject to inspections and tests in compliance with the associated SOW. The verification class will identify the implementation of the methods of verification listed above. The number associated with the verification class will be listed in

Version 1.0 the far right column (VC) of the requirement. The system will be subject to the verification classes listed below.

Contractor Demonstration (1). The requirements shall be verified at the contractor’s facility. The demonstration includes but is not limited to events such as the Technical

Design Review or a Logistics Demonstration.

GAT - Initial Fielding (2). The requirements shall be verified through conformance inspection of the first complete system fielding of each facility type to ensure compliance to the requirements. The intent of this is to cover a broader section of the performance requirements to verify the complete compliance of the system.

GAT - Each Fielding (3). The requirements shall be verified through conformance inspection as part of the GAT of each delivery to ensure compliance to the requirements.

Documentation (4). The requirements shall be met by the contractor providing documentation verifying the compliance for the Government to review (e.g.

Cybersecurity documentation or CDRL submissions).

Cybersecurity test event (5). The requirements shall be verified through Security

Control Assessment (SCA) event conducted by the Government’s certifier to assess the overall security posture of the system, to verify the cybersecurity requirements, and ensure compliance.

2. Applicable Documents

In the event of a conflict between documents referenced herein and the contents of this

Performance Specification, the contents of the Performance Specification shall be the governing requirement.

Government Specifications and Publications

29 CFR 1910 Occupational Safety and Health Standards

AR 25-2 Army Information Assurance

AR 380-5 Army Information Security Program

CTIA-TS-0006 Common Training Instrumentation Architecture (CTIA)

Product Line Architecture Framework

CTIA-TS-0002 Common Training Instrumentation Architecture (CTIA)

Product Line Architecture Specification

CTIA Common Training Instrumentation Architecture

(www.lt2portal.org)

CTIA-ID-0008 Product Line Deployment Concept of Operations http://www.access.gpo.gov/nara/cfr/waisidx_01/29cfr1910_01.html http://www.lt2portal.org/

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CTIA-TS-0003 Live Training Transformation Reuse Plan (www.lt2portal.org)

LT2-MGMT-04-0001 Live Training Transformation (LT2) Product Line

Management Concept of Operations (PLM CONOPS)

(www.lt2portal.org)

LT2-2006-0001 CTIA Compliance Definition Document (www.lt2portal.org)

LT2 HCI Style Guide (www.lt2portal.org)

ICD.FASIT.PD FASIT Presentation Device Interface Control Document

PRF-PT-00468 Performance Specification for the Future Army System of

Integrated Targets (FASIT), Version 5.9f 15 January 2008

DODD 8570.1 Information Assurance Training Certification and Workforce

Management

DOD 8570.01-M Information Assurance Workforce Improvement Program

DODI 8500.1 Information Assurance (Cybersecurity)

DODI 8510.01 Risk Management Framework (RMF) for DoD Information

Technology (IT)

DODI 8582.01 Security of Unclassified DoD Information on Non-DoD

Information Systems

2/A NETCOM TTP Stand Alone Information System (SIS) and Closed Restricted

Network (CRN) Operational Tactics, Techniques, and

Procedures (TTP)

MIL-STD-810G Environmental Engineering Considerations and Laboratory

Tests

MIL-STD-2525B(2) Common Warfighting Symbology

MIL-STD-130 Identification marking of U.S. Military Property

PMT 90-S002 MILES Communication Code (MCC) Standard

PRF-PT-00468 Performance Specification for the Future Army System of

Integrated Targets (FASIT)

I-MTS ORD I-MTS Operational Requirements Document (ORD)

TC 25-8 Training Ranges http://www.lt2portal.org/

TC 90-1 Training for Urban Operations

DoD Information Technology Standards Registry

(https://disronline.disa.mil/)

Other Publications

ANSI/NFPA 70 National Electrical Code

ANSI Z535.3:2007 Criteria for Safety Symbols

ANSI Z535.4:2007 Product Safety Sign and Labels

NFPA 780 Installation of Lightning Protection Systems

3. System Requirements

The requirements in section three and all of its subsections shall be apply to all systems.

Sections four, five and six shall cover SH, ASH, and CACTF/CTF/CTC MOUT-IS unique requirements.

The instrumentation, or Instrumentation System (IS), shall be comprised of all the components necessary (e.g. computers, servers, network switches, storage, cameras, firmware, drivers) to satisfy the requirements within this document. Furthermore, all ancillary components required to support the devices or capabilities of the IS (and not explicitly identified) shall be incorporated into the performance of this specification (e.g.

power supplies, patch cables) The IS shall include complete integration of the Hardware

(hardware), Software (software) and interfaces to comply with this performance specification. For the purpose of this document the IS will be broken into two main sections, core instrumentation and edge devices. The core instrumentation shall be defined as the main components that are required to operate the system. This includes equipment in the

ROC/AAR and in the training building equipment rooms (e.g. workstations, servers, switches, data storage). Edge devices (e.g. cameras, speakers, smoke/smell, targets) are not considered part of the core instrumentation.

Throughout this document a threshold requirement parameter is designated by (T) and an objective requirement parameter is designated by (O). If no parameter is listed the requirement shall be considered a threshold requirement. All threshold requirements shall be considered mandatory and objective requirements are only considered required when directed by the Government. The Government’s direction for the required implementation of an objective requirement shall be captured within the Statement of Work (SOW) associated to the effort.

Due to the nature of CTR and the age of the installation’s legacy equipment some new infrastructure shall be required by the contractor to install and/or replace to meet the

Version 1.0 requirements identified in this document. Although the system will be required to interface with existing infrastructure and/or reuse legacy components the objective of the IS shall be to comply with all the requirements identified in this performance specification document.

Requirement A D T E C VC

a) Contractor installed electrical infrastructure shall be in compliance with the latest version of American National

Standards Institute / National Fire Protection Association

(ANSI/NFPA) 70.

b) The IS shall be grounded in accordance with (IAW) the requirements defined in ANSI/NFPA 70.

c) The IS shall be protected from lightning damage IAW the requirements defined in NFPA 780.

d) Contractor installed conduit, raceway, boxes, cabinets, cabling and components shall be IAW the latest version of

ANSI/NFPA 70.

e) The IS shall be capable of being saved (imaged) capturing the data required (software, firmware, and site specific configurations) to support sustainment and disaster recovery.

f) The IS shall be capable of being recovered (re-imaged) to a previous state.

g) The IS shall be capable of being recovered with a cybersecurity approved removable media device.

h) The IS shall be capable of being recovered with an organic hard drive.

i) The IS shall have the capability to log into any workstation using a user name and password. (T)

j) In addition to the user name and password log in, the system shall have the capability to log into any workstation via a

Common Access Card (CAC) and Personal Identification

Number (PIN). (O)

k) The Operating System(s) (OS) for the IS shall comply with the current DoD directive for OS use in conjunction with the cybersecurity requirements.

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3.1 Range Operations Center (ROC)

The ROC is houses the hardware and software necessary to operate IS. The ROC consists of multiple areas however including office space for the support personnel, however, as far as the IS is concerned the ROC includes a server room and an operator control room. The ROC contains workstations for the operators to run the IS using the Integrated Management

System.

Requirement A D T E C VC

a) Each workstation shall have the capability to perform all system capabilities and functionalities to conduct training exercises.

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b) For new sites, or as directed by the Government, workstations shall be provided with professional A/V consoles/desks with an integrated rack, cable management, and ergonomic chairs to support the operation of the equipment.

c) The workstation shall include a minimum of two displays

(e.g. monitors) allowing the operator to view both the

EXCON and video management software simultaneously.

d) The resolution of the displays shall be a minimum of 1920 x

1080 pixels.

e) The workstations shall provide the capability to read commonly available removable media (e.g. CD-R, CD-RW, and DVD-RW).

f) The workstations shall provide the capability to write commonly available removable media (e.g. CD-R, CD-RW, and DVD-RW).

g) At a minimum the system shall utilize Internet Protocol version 4 (IPv4).

h) The system shall utilize Internet Protocol version 6 (IPv6).

(N/S)

i) The core instrumentation shall be capable of being powered on and fully operational within 15 minutes.

j) The core instrumentation shall be powered on with one action

(e.g. a button, keyboard short-cut). (O)

k) The core instrumentation shall be capable of being safely powered down (controlled shutdown) within 15 minutes.

l) The core instrumentation shall be powered down with one action (e.g. a single command from a desktop application).

(O)

3.2 After Action Review (AAR) Facility

The AAR building is co-located with the ROC and may be within the same building or an adjacent building. The AAR building generally consists of an AAR Theater with a corresponding workstation to run the AAR and a small server room. Many legacy AAR theatres were delivered with multiple cameras, however, the requirement is only for a single camera.

Requirement A D T E C VC

a) The workstation shall have the ability to preview the A/V sources that can be routed to the AAR theatre.

b) The theatre shall have a display to present the AAR. 3

c) The display shall be a minimum of 100 inches diagonally. 3

d) The display shall have a resolution consistent with the native resolution of the camera(s) with the minimum being 720p.

e) The system shall include the necessary mounting hardware to support the display.

f) The theatre shall have an audio system (speakers) to deliver the audio associated to the AAR presentation.

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g) Each theatre shall have a Pan Tilt Zoom (PTZ) camera (front facing) to view and record the speaker (podium area) during an AAR.

h) Each AAR theatre shall have a PTZ camera (rear facing) to view and record the audience during an AAR. (N/S)

i) Each AAR theatre shall a microphone to monitor the AAR audio.

j) The theatre shall have microphones to record the AAR audio. 3

3.3 Training Buildings

The system shall include the equipment required to integrate the capability of the system in the training buildings. The system shall include all the necessary components to activate the training building devices, the device details are defined in their associated sections.

Requirement A D T E C VC

a) The training buildings shall be connected back to the ROC via the network infrastructure.

b) The system’s instrumentation shall include equipment necessary to activate all UOs.

c) The system’s instrumentation shall include the equipment necessary to activate all camera locations.

d) The system’s instrumentation shall include the equipment necessary to activate all speaker locations.

e) The system’s instrumentation shall include the equipment necessary to activate all targets.

f) The system’s instrumentation shall include the equipment necessary to activate all panic buttons.

g) The system’s instrumentation shall include the equipment necessary to activate all lighting controls.

h) The instrumentation shall include the equipment necessary to activate battlefield effects devices (e.g. smoke, smell, pyrotechnic).

3.3.1 Network

Typically, the infrastructure includes a twelve-strand single mode fiber optic cable to connect the ROC to the training buildings’ equipment rooms. However, data infrastructure varies per site and shall be verified for compatibility to the system. The Universal Outlet (UO) is the data connection port that the IS uses for digital device control which is paired with a power outlet to provide power for the edge device at that location. The UO consists of an RJ45

Ethernet port with a weather protected connection (e.g. Amphenol). The UOs data terminate in the associated training building equipment room switch and then connect via a fiber hub to the ROC. CTC MOUT IS and many older I-MTS sites use a traditional Ethernet connection

(non UO) and nearby power source for the devices. Bi-directional communication is defined as two way digital communication and each device connected to the UO shall satisfy all functional requirements identified in their respective requirement sections.

Requirement A D T E C VC

a) The data infrastructure shall allow the system to send/receive 3

Version 1.0 data to/from the training building equipment room(s) via fiber to the ROC.

b) The system shall provide the connection for 100% bi-directional communications to all available UOs.

c) Via the UOs, the IS shall provide bi-directional communication/control from the edge devices (e.g. cameras, speakers, targets, battlefield effects devices) in the training building(s) to/from the workstations in the ROC.

d) The network shall be instrumented to provide data transfer from the UOs to the training building equipment room, to the fiber hub (if applicable) and then back to the ROC.

e) Edge devices utilizing network-based UOs shall be backwards compatible to be operable in legacy sites using standard

Ethernet (RJ45) outlets.

f) Edge devices utilizing network-based UOs shall be interchangeable between systems (i.e. CACTF, SH).

3.3.2 Equipment Rooms

Should it become necessary for the contractor to install all or part of the equipment rooms infrastructure, the requirements shall be verified through conformance inspection of the

Equipment Rooms to ensure compliance to the requirements. Typically, single quadruplex

National Electrical Manufacturers Association (NEMA) 5-20 is provided to energize the instrumentation equipment panel. However, power infrastructure varies per site and shall be verified for compatibility to the system. The training building equipment rooms shall be included in the power requirements (UPS, grounding, surge protection, etc.) for the core instrumentation.

Requirement A D T E C VC

a) The system shall include the cooling/heating system necessary for climate controlled operation of the computer equipment racks related to the installed instrumentation.

b) The equipment rooms shall ventilate the air from the equipment room externally to the building and draw in fresh air using an exhaust and intake type design.

c) Humidity drain lines shall dispense to the outside of the equipment room.

d) The training building equipment shall be installed in a standard server rack in the training building equipment room.

e) The equipment rack shall include a cable management system to organize and distribute weight.

3.4 Edge Devices

The following applies to all edge devices, specific requirements for each device will be provided in their individual section.

a) The devices shall connect to the UOs to send data across the 3

Version 1.0 network to the workstation.

b) The device communication protocols shall either be compliant with the LT2 software or the LT2 software shall be modified as such.

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c) The devices shall be powered utilizing the sites 120/240 Volts

Alternating Current (VAC) power infrastructure via a NEMA

L5-20R and L14-20R connectors.

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d) For exposed connection points, the devices shall utilize weather protected connections (e.g. Amphenol).

3.4.1 Interior Camera Assembly

Low light is defined as less than 0.2 lux and extreme low light is defined as less than a moonless overcast night sky (0.0001 lux). Indoor day light condition ranges from 50-80 lux without building lighting to 100-300 lux with training building lighting.

Requirement A D T E C VC

a) The video signal output from the interior camera assembly shall be in a digital format that will not require the need for a separate video encoder.

b) The interior camera assembly shall be capable of being easily relocated to a different camera UO location.

c) The camera shall have a Wide Dynamic Range (WDR) feature.

d) The components within the interior camera assembly shall be protected in an enclosure(s) to satisfy the environmental requirements in this document.

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e) The camera enclosure shall house all the interior camera assembly components required for the interior camera assembly (e.g. power supply, heater, fan, and camera).

f) The interior camera assembly shall have the ability to utilize

Power over Ethernet (POE) if required.

g) Each interior camera assembly shall be equipped with a microphone to pick up sounds within the training area.

h) The camera shall utilize an industry standard format for compression (e.g. H.264).

i) The camera shall have a night mode for view/recording in low light.

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j) The system shall have the capability to record video in extreme low illumination (< .0001 lux) conditions.

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k) The camera shall have the ability to turn off all of its indicator lights to minimize light pollution during low/extreme low light.

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l) Components supporting the interior camera assembly shall not cause light pollution during low/extreme low light (i.e. a power supply indicator light).

m) The camera shall be configurable to minimize amplified 1,3

Version 1.0 image noise/distortion in low/extreme low light (e.g. WDR off).

n) The camera shall provide color images during daytime illumination.

o) The camera shall provide a minimum resolution of 720p

(1280 x 720 pixels) during daytime illumination.

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p) The camera shall have a minimum frame rate of 30 frames/second.

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q) The camera shall have the ability to remotely auto focus via the workstation.

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r) The camera lens shall provide the maximum field of view

(with a minimum of 90 degrees) without creating barrel distortion of the image.

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3.4.1.1 Illuminators

If additional illumination for low/extreme low light conditions is required to support the interior camera assembly they shall satisfy the below requirements. Lighting visible by the naked eye (i.e. standard lighting) shall not be used to satisfy low or extreme low illumination requirements. Note: In the previous system designs it has been determined by the

Government that illuminators are required for extreme low light use.

Requirement A D T E C VC

a) The illuminator shall be connected as a component through the camera box assembly.

b) Any illumination devices used to support the capture of video during low/extreme low conditions shall be undetectable by the exercise participant (e.g. not observed by the naked eye).

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c) Illumination devices shall minimize impacts to trainers using a Night Optical Device (NOD) or Night Vision Device

(NVD), both by hardware device specifications (e.g.

frequency) and installed location.

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d) Illumination devices shall provide a diffused distribution without a “white-out” or “wash-out” effect at a distance greater than four feet.

e) The illuminators shall be controlled via the EXCON. 3

3.4.2 Audio System

To provide the audio control from the workstation to the MOUT area the training buildings shall be equipped with an audio system. Quantities and locations vary by site but typically this has been met by one speaker per floor for small buildings and two or three speakers per floor for larger buildings (depending on the layout). The contractor is responsible for meeting the performance requirements to provide the proper audio coverage.

Requirement A D T E C VC

a) The interior speaker enclosure shall contain all the components required for the speaker operation (e.g. power supply, heater, fan, speaker, amplifier, and decoder).

b) The interior speaker assemblies shall be located within each 3,4

Version 1.0 building to provide 100% audio coverage to all areas of the instrumented training buildings.

c) The interior speaker assemblies shall be used to deliver audio commands from the workstation (e.g. audio files, operator messages, emergency message).

3.4.3 Panic Buttons

The number of panic buttons needed to be installed shall be determined by the size/layout of the training building(s) as designated in the CoE (Corps of Engineers) drawings. The panic buttons are not connected via the UOs and terminate directly in the equipment room.

Requirement A D T E C VC

a) At a minimum a single panic button shall be installed in each instrumented building.

b) The panic button shall alert the personnel to immediately halt training via the safety system.

c) The training building panic buttons shall require a manual reset at the button that was activated.

d) The panic button shall operate as a Single Pull Double Throw

(SPDT) contact with a “pull on” – “push off” action.

e) The panic button shall be red in color. 1

f) At a minimum, the panic button(s) shall be affixed to the wall near an entrance/exit door on the ground level.

g) The panic button shall be mounted approximately 5 feet from the floor.

3.4.4 Battlefield Effect Simulators (BES)

The BES (special effects) may include, but not limited to the following type devices: smoke generators, olfactory simulations (smell), propane fired simulations, rooftop explosion, wave cannon, gas pump explosion, 50 caliber simulator, and Improvised Explosive Device (IED) simulator. The use of these devices may also include motion detector, trip wire, and pressure plate. Other than the standard quantities identified in the SOW for the smoke and smell generators, all other BES quantities are not part of a standard deliverable and will be directed by the Government, if needed.

Requirement A D T E C VC

a) All BES devices shall be controlled via the workstation. 3

b) The BES devices shall utilize an industry standard protocol for two way digital communication (e.g. Demultiplexer

(DMX)).

c) The industry standard protocol shall be able to provide remote management of the device (e.g. configuration and status monitoring).

d) The BES device shall report device status back to the workstations (e.g. on, off, heating).

e) Each BES device shall have a unique representative icon on 2

Version 1.0 the EXCON for control.

f) At a minimum, the EXCON shall control the ON state of the

BES device.

g) At a minimum, the EXCON shall control the OFF state of the

BES device.

h) The BES devices shall have the capability to report an error or fault status.

i) Chemicals utilized for the non-pyro BES devices shall not be hazardous.

j) The smoke generator shall have a purging system to prevent clogging and build up.

k) The smoke generator warm up time shall be eight minutes or less.

l) The smoke generator shall have a minimum output level at least 200 cubic meters per minute.

m) The smoke generator shall have control to warm up (heat) the device to prepare it for use.

n) The smoke generator shall have a minimum of three different output levels (i.e. High, Medium, and Low).

o) The system shall include an olfactory simulator (smell generator).

p) The smell generator shall have the ability to dispense multiple different smells /odors/scents related to urban training.

q) The system shall include a motion detector to trigger the BES devices. (N/S)

r) The system shall include a trip wire to trigger the BES devices. (N/S)

s) The system shall include a pressure plate to trigger the BES devices. (N/S)

t) The system shall provide a simulator emulating a rooftop explosion on a building. (N/S)

u) The system shall include a wave cannon to emulate a concussion blast. (N/S)

v) The system shall include a gas pump explosion simulator.

(N/S)

w) The system shall include a 50 caliber simulator to emulate a

50 caliber machine gun. (N/S)

x) The system shall include an IED simulator to emulate the explosion of an IED. (N/S)

y) All pyrotechnic devices shall be designed to default in the safe (non-fire) mode in the event of a failure or loss of communication.

z) All pyrotechnic devices shall include safety interlocks or proximity detectors to ensure that they do not activate when personnel are within a hazard range of its operation.

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3.4.5 Targetry

The following requirements apply to all target types.

Requirement A D T E C VC

a) The system shall allow for the connection of targets through the network in the training building(s).

b) The targets shall report event data back to the workstation. 3

c) The targets shall be controlled via the EXCON via icons. 3

d) The target icons shall display the status of the target. 3

e) The targets shall be compliant to the Future Army System of

Integrated Targets (FASIT) standards. Identified in the FASIT

Performance Specification and the FASIT Presentation

Device Interface Control Documents.

f) The data connector shall be compatible with the installations data infrastructure (e.g. UO’s).

g) The target design shall protect critical components from damage.

h) The impact area of target shall be constructed from non ricocheting materials.

i) The overall design of the target shall minimize the hazard to the user due to a ricochet.

j) The target shall be made of reparable and/or replaceable materials.

k) The impact area shall withstand a minimum of 2500 rounds of

5.56.

l) The target shall be able to be relocated by one person. 1

3.4.5.1 Human Type Targets (HTT)

The HTT is a simulation type device that comprises of a full body mannequin, a target stand, an interface module, and communication/control cables. The HTT is intended to be a live fire, simunitions, and MILES engagement target used within the training facilities. The HTT is able to sense mortal and non-mortal hits making it a precision target. The HTT provides the user a visual response when killed by physically collapsing.

Requirement A D T E C VC

a) The HTT shall be compliant with the FASIT standards defined in the FASIT requirements document (PRF-PT-

00468).

b) The HTT shall be able to responds to live fire hit sensing for the following munitions: 5.56mm Ball, Special Effects Small

Arms Marking System (SESAM), and Short Range Training

Ammunition (SRTA).

c) The HTT shall have hit detection capabilities for mortal zone identification.

d) The HTT shall have hit detection capabilities non-mortal zone identification.

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e) The HTT shall be programmable via the workstation to set the number of mortal hits to “kill” the target.

f) The HTT shall be programmable via the workstation to set the number of non-mortal hits to “kill” the target.

g) The range of mortal hits to “kill” shall be 1-5 numerical inputs.

h) The range of non-mortal hits to “kill” shall be 1-10 numerical inputs.

i) The HTT shall represent a 3-dimensional full body human target.

j) The HTT shall have a collapsible (i.e. dead) motion the configured number of mortal hits is reached (killed).

k) The HTT shall have a collapsible (i.e. dead) motion when administered from the workstation.

l) The HTT shall have a collapsible (i.e. dead) motion when the configured number of non-mortal hits is reached.

m) A ballistic impact to any part of the target mannequin shall be detected as a hit.

n) Each hit shall be associated to a hit detection zone. 3

o) The hit detection zones shall be a head, torso, left arm, right arm, left leg, and right leg.

p) The target shall have the ability to configure a hit detection zone as mortal or non-mortal.

q) The target shall collapse in a realistic manner (e.g. flexible shoulder, elbow, knee, and hip joints).

r) The HTT shall have the ability to be raised manually. 1

s) The system shall have the ability to raise an HTT target

(automatically) from the workstation. (O)

t) The target shall have the ability to provide two-way audio communication from the target to/from training personnel via the workstation (O).

3.4.5.2 Stationary Infantry Target (SIT)

SITs shall not be required to differentiate between mortal and non-mortal hits and therefore are non-precision targets. For urban operation training the SITs are either intended to be used in a target pit for live fire only exposing the silhouette or using less lethal training ammunition (including MILES) in the training buildings.

Requirement A D T E C VC

a) The SIT shall be compliant with the FASIT standards defined in the FASIT requirements documents (PRF-PT-00468 and

ICD.FASIT.PD).

b) The SIT shall be able to responds to live fire hit sensing for the following munitions: 5.56mm Ball, Special Effects Small

Arms Marking System (SESAM), and Short Range Training

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Ammunition (SRTA).

c) The SIT shall have hit detection capabilities. 3

d) The SITs shall be configurable to determine the number of hits required to “kill” the target from the workstation.

e) The range of non-mortal hits to “kill” the target shall be 1-10 numerical inputs.

f) The system shall have the ability to raise via the workstation. 3

g) The system shall have the ability to collapse (i.e. conceal) a

SIT upon receiving the correct number of hits (based on the configuration).

h) The system shall have the ability to collapse (i.e. conceal) a

SIT when administered from the workstation.

i) The system shall have the ability to raise (i.e. expose) the SIT when from the workstation.

j) The SIT shall have a pop-up mechanisms. 3

k) The SIT shall have a swing-out mechanisms. (N/S) 3

l) The SIT shall have the ability to manually interchange different silhouettes.

m) The silhouette shall represent male characteristics, as a friend. 1

n) The silhouette shall represent male characteristics, as a foe. 1

o) The silhouette shall represent female characteristics, as a friend. (N/S)

p) The silhouette shall represent female characteristics, as a foe.

(N/S)

q) The silhouette shall represent child characteristics, as a friend.

(N/S)

r) The silhouette shall represent child characteristics, as a foe.

(N/S)

s) The silhouettes shall have a partial 3D shape (i.e. Ivan target). 1

3.4.5.3 Interactive Target

To increase training realism an interactive target shall provide a dynamic environment where the training personnel must apply cognitive skills in their interaction. The interactive target is not a standard delivery and shall only be included when directed by the Government.

Requirement A D T E C VC

a) The interactive target shall provide a shoot or don’t shoot scenario. (N/S)

b) The interactive target shall have the ability to actively change between friend and foe. (N/S)

c) The interactive target shall have the ability to communicate with the training personnel. (N/S)

d) The interactive target shall be able to see the training personnel’s responses as part of its active scenario. (N/S)

e) The interactive target shall be able to react to the training 3

Version 1.0 personnel’s body language. (N/S)

f) The interactive target shall be able to react to the training personnel’s voice commands. (N/S)

3.5 Bullet Trap

The bullet trap is intended to be placed behind a target to prevent damage to the training building structure. The bullet trap is not a standard delivery and shall only be included when directed by the Government.

Requirement A D T E C VC

a) The bullet trap shall be designed to prevent hazards due to ricochet. (N/S)

b) The bullet trap shall collect the bullet fragments for proper disposal. (N/S)

c) The bullet trap shall be designed with a replaceable strike plate. (N/S)

d) The strike plate shall be able to withstand the 5.56 Enhanced

Performance Round (EPR). (N/S)

e) The bullet trap shall be relocatable by two persons. (N/S) 1

f) The bullet trap shall withstand a minimum of 2500 rounds of

5.56 EPR. (N/S)

3.6 Integrated Management System

The system shall provide a configurable Graphical User Interface (GUI) for use in controlling the instrumentation. The GUI shall be used via the workstation to complete all the control functions of the system.

Requirement A D T E C VC

a) The system shall provide the capability to control all associated functions from the workstations utilizing a fully integrated approach.

1,2

b) The system controls shall be managed by user log in roles with defined parameters.

c) The system shall have an Admin role in which the user can perform higher level functions required for planning and configuration (e.g. settings, zone creation).

d) The system shall have an Operator role allowing the user access to all controls required to operate the system.

e) The system shall have a Pyrotechnic (BES) role that allows the user to operate the pyrotechnic effects. (N/S)

f) The Pyrotechnic role shall be limited to one user at a time. 2

g) The system shall have a Very Important Person (VIP) role in which all the controls are disabled and the user can only switch between layouts/video sources to view training.

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h) The system shall provide the capability to archive of A/V data.

i) The system shall provide software error messages when a fault has occurred.

j) The error messages shall be in plain English. 2

k) The error messages shall include the nature of the error. 2

l) The error messages shall include the complete method to correct the error or provide a reference (may be accessed through a Help interface).

m) The error messages shall include the name of the packages/object that generated the message.

n) The error messages shall support up to the field level maintenance.

o) The system shall consist of integrated controls via a GUI. 1

p) The GUI displays shall consist of functionality control via icons.

q) The GUI displays shall consist of functionality control via buttons.

r) The GUI displays shall consist of functionality control via menu selections.

s) The system shall have the capability to overlap/layer information and data entry/control displays without the corruption or loss of data items.

t) The system shall synchronize the time between all servers and workstations.

u) The system shall have the ability to configure the date and time (e.g. current time zone vs Greenwich Mean Time (GMT)

“zulu”)

v) The system shall have a display of the configured date at each workstation and server.

w) The system shall have a display of the configured time at each workstation and server.

x) The system shall track usage statistics of the real time operation (e.g. the system is actively being used to conduct an exercise) of the system.

y) The real time operation hours shall be displayed by the day, month, and year.

z) The system shall track usage statistics of the availability for training of the system.

aa) The system shall track the total time (hours) of use for the core instrumentation.

bb) The system shall track the total time (hours) of use for each edge device. (O)

cc) The system shall allow the viewing of the usage statistics at the workstation.

Version 1.0

dd) The usage statistics shall have the ability to be exported in a

Microsoft Office product format for external review.

ee) The user control of the system shall be able to be operated on a mobile device (e.g. laptop, tablet). (O)

3.6.1 External Interfaces

The system shall be compliant with the following interfaces/standards.

Requirement A D T E C VC

a) The system shall utilize the Common Training

Instrumentation Architecture (CTIA).

b) The system shall interface with the Future Army System of

Integrated Targets (FASIT) standards (ICD.FASIT.PD).

c) The system shall interface with Combat Training Center

Instrumentation System (CTC IS). (N/S)

d) The system shall interface with Live Virtual Constructive

Integrating Architecture (LVC-IA) (N/S)

e) The system shall interface with Home-station Instrumentation

Training System (HITS) (N/S)

f) The system shall interface with common distributed resource management services. (N/S)

3.6.2 Symbology and Modeling

a) The system shall have GUIs that use industry standard approaches for operator interfaces.

b) The system shall use symbology or icons to display all individual devices.

c) The system shall use symbology or icons to display individual players, military units, and other assets assigned for tracking.

(N/S)

d) The library of symbology and icons shall comply with MIL-

STD-2525B(2) for the items within this specification.

e) The symbology shall not obscure the graphics on which it is overlaid, display management techniques shall be employed to de-clutter the workstation display.

f) The system shall use symbology or icons to actively display

‘plug and play’ devices.

g) The system shall provide two dimensional (2-D) displays of each floor of the interior of the instrumented buildings.

h) The 2-D floor plans shall include all permanent structure features (walls, doors, passageways, stairs, equipment rooms etc.).

i) The system shall provide 2-D maps/layouts of the exterior site

Version 1.0 layout (aerial view).

j) The system shall provide 2-D layout(s) of the AAR theatre.

k) The system shall provide three dimensional (3-D) displays of the exterior site layout to support entity tracking. (N/S)

l) The system shall provide 3-D displays of the interior of the instrumented buildings to support entity tracking. (N/S)

m) The system shall reflect status changes through intuitively identifiable changes to the symbology.

n) The system shall accurately display the icons on the map to convey their location and boundaries.

o) The system shall control icons/symbology on map displays through "mouse click".

p) The system shall select icons/symbology on map displays through keyboard actions (i.e. tabbing through all icons) to change the focus for subsequent status displays and/or command actions.

q) The display shall show the locations of the cameras.

r) The display shall show the locations of the UOs.

s) The display shall show the locations of the speakers.

t) The display shall show the locations of the panic buttons.

u) The display shall show the locations of the illuminators.

v) The display shall show the locations of the targets.

w) The display shall show the locations of the BES devices.

x) The display shall show the locations of the motion detectors.

y) The display shall show the locations of the door locks. (N/S)

z) The system shall have the ability to display the name of the

UOs when selected. When not required, the UOs shall be hidden on the floor plan to declutter the screen.

3.6.3 Exercise Control (EXCON)

The system shall provide the operator interface for controlling the instrumentation.

Requirement A D T E C VC

a) The system shall display the relative position of external devices, training buildings, and training components accurately overlaid throughout the training area(s) on the aerial view(s).

b) The training building icons overlaid on the aerial view shall provide quick access to the control of each building via icons

(i.e. loading the ground floor layout when selected).

c) The aerial view shall provide the ability to control the devices on the layout via icons.

d) When the floor plan layout is…