Att_3_-_MT-C2_Production_SRD.PDF

PRF-PT-654

24 July 2018

Version 2

SYSTEM REQUIREMENTS DOCUMENT

for the

MEDICAL TRAINING COMMAND AND CONTROL (MT-C2)

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

12350 Research Parkway Orlando, FL 32826-3276

Medical Training Command and Control (MT-C2)

Notice of Revisions and Changes

Version Publication Date Author Description of Change

1 February 22, 2016 Susan Kerr Original SRD for developmental effort

2 July 24, 2018 Pete Brig Incorporates changes made during the execution of DO18 iii

SYSTEM REQUIREMENTS DOCUMENT ________________________________ 1

MEDICAL TRAINING COMMAND AND CONTROL (MT-C2) ______________ 1

1 SCOPE ___________________________________________________________ 1

1.1 Background __________________________________________________ 1 2 Applicable Documents _______________________________________________ 2

2.1 Department of Defense Documents _______________________________ 2

2.2 Other Government Documents ___________________________________ 2

2.3 Order of Precedence ___________________________________________ 2

3 Requirements ______________________________________________________ 2

3.1 General System Requirements ___________________________________ 2

3.2 Integration with MSTC Outdoor Training Lanes _____________________ 4

3.3 MT-C2 Exercise Control________________________________________ 4

3.3.1 Audio Input System (AIS) ________________________________________ 4

3.3.2 Symbology ________________________________________________ 4

3.3.3 Modeling __________________________________________________ 4

3.3.4 Interior Lighting Control______________________________________ 5

3.3.5 Video Monitoring and Recording System ________________________ 5

3.3.5.1 Video Monitoring

3.3.5.2 Video Recording

3.3.6 Instrumentation Requirements _________________________________ 5

3.3.6.1 Networked Cameras

3.3.6.2 Speaker System

3.3.6.3 Emergency Shut-Off Switches

3.3.6.4 Illuminators

3.3.7 MT-C2 Instructor Control _____________________________________ 6

3.3.7.1 Instructor Control Room Audio ______________________________ 7

3.3.7.2 Instructor Control Room Video ______________________________ 8

3.3.7.3 Validation Room Audio ____________________________________ 9

3.3.7.4 Validation Room Video ____________________________________ 9

3.3.7.5 Virtual Patient System (VPS) ________________________________ 9

3.3.7.6 Environmental ____________________________________________ 9

3.3.7.7 Controlled Access Protection _______________________________ 10

3.3.7.7.1 Discretionary Access Control

3.3.7.7.2 Identification and Authentication

3.3.7.7.3 Audit

3.3.7.7.3.1 System Architecture

3.3.7.7.3.2 System Integrity

3.3.7.8 MT-C2 Server ___________________________________________ 11

3.3.7.8.1 Scalability

3.3.7.8.2 Authorized Ports

3.3.7.8.3 Server Storage Capacity

3.3.7.8.4 Server Database

3.3.7.9 Event Recording _________________________________________ 11

3.3.7.9.1 Playback

3.3.7.9.2 Video Data

3.3.7.9.3 Video Storage

iv

3.3.7.9.4 Audio Data

3.3.7.9.5 Audio Storage

3.3.7.9.6 Human Simulator/Manikin

3.3.7.10 Environmental Stressors _________________________________ 12

3.3.7.11 Communications _______________________________________ 12

3.3.7.12 Master Shut-Off Switch _________________________________ 12

3.3.7.13 User Authentication ____________________________________ 13

3.3.7.13.1 System/Component

3.3.7.13.2 Instructor’s Laptop

3.3.7.14 Data _________________________________________________ 13

3.4 MT-C2 After Action Review (AAR) _____________________________ 13

3.4.1 AAR Presentation Capture ___________________________________ 14

3.5 MT-C2 Take Home Package (THP) ______________________________ 14

1 SCOPE

This Systems Requirements Document (SRD) defines the effort required for designing, developing, integrating, testing, managing, documenting, and delivering the Medical Training Command and Control (MT-C2) System. The MT-C2 System shall produce a standardized training methodology while maximizing the use of exsisting technologies and supporting training devices for both classroom and tactical training capabilities.

1.1 Background

The U.S. Army Program Executive Office Simulation, Training and Instrumentation (PEO STRI) Product Manager for Medical Simulation (PdM MedSim) has a requirement for the production and integration of MT-C2 into the Medical Training Simulation Centers (MSTCs) that were not previously equipped under the prototype contract.

The MSTC Program of Record (POR) is a standardized Army training program with locations at various military installations worldwide, delivering effective medical training with a standardized training platform to re-certify Army 68W Military Occupational Specialty (MOS) Soldier Medics. The MSTC provides medical training and education on new battlefield procedures and equipment, while affording soldier medics the ability to provide comprehensive training in several formats such as the classroom setting, practical hands-on training simulation, trauma lanes, and distance learning.

Each MSTC provides a medical skills training platform where Soldiers obtain sustainment and validation of their medical skills in accordance with Training Circular (TC) No. 8-800, Medical Education and Demonstration of Individual Competence (MEDIC), and the Combat Life Saver (CLS) Programs of Instruction (POI).

The MT-C2 System is a control center allowing remote training platform management within the MSTCs. During a training event, Soldiers perform tasks on training devices inside scalable and adjustable scenarios within the simulated environments. The MT-C2 System enables training environment manipulation, medical scenario integration, mannequin control, audio video (AV) surveillance and recording. The MT-C2 System provides the capability to manipulate the environments in which scenarios take place in order to maximize the positive impact and training experience of each fluid training event within the training experience.

The Government already fielded two prototype MT-C2 Systems at Ft Hood - TX and Camp Humphreys – South Korea under the developmental contract, under which a baseline software and Technical Data Package (TDP) were developed. The government has a requirement to field the baseline software and TDP at the remaining 19 MSTCs: Ft.

Lewis – WA, Ft. Drum – NY, Ft. Riley – KS, Ft. Bliss – TX, Vilseck – Germany, Ft.

Carson – CO, Ft. Campbell – KY, Ft. Stewart – GA, Ft. Bragg – NC, Camp Shelby – MS, Ft. McCoy – WI, Ft. Dix – NJ, Ft. Wainwright – AK, Schofield Barracks – HI, Camp Dodge – IA, Camp Ripley – MN, Camp Atterbury – IN, Ft. Indian Town Gap – PA, Ft. Benning – GA. Ft. Hood, and Camp Humphreys will then be retrofitted with the same production configuration as the 19 MSTC sites mentioned above. In addition, Four

(4) new MSTC sites will be established at locations within the CONUS starting FY20, and will be outfitted with the MT-C2 production configuration described in the SOW.

The MT-C2 must be qualified and able to demonstrate compliance with this System Requirements Document (SRD).

2 Applicable Documents The following documents are applicable to this SRD to the extent specified herein. In the event of a conflict between documents referenced herein and the contents of this SRD, the contents of this SRD shall be the governing requirement.

2.1 Department of Defense Documents

DoDI 5000.2 Operation of the Defense Acquisition System DoDI 8500.01 Cybersecurity, March 14, 2014 NIST SP 800-39 Managing Information Security Risk DoDI 8510.01 Risk Management Framework (RMF) for DoD Information

Technology (IT), March 12, 2014

2.2 Other Government Documents

MIL-STD-130N Identification Marking of U.S. Military Property MIL-STD-31000 Technical Data Packages GEIA-STD-0007 Logistics Product Data AR 25-1 Information Assurance MSTC Capability Production Document (CPD) 23 June 09 TC 8-800 Medical Education and Demonstration of Individual Competence (MEDIC) January 2014

2.3 Order of Precedence

In the event of a conflict between the text of this specification and the references cited herein, the text of this specification takes precedence. Nothing in this specification, however, supersedes applicable laws and regulations, unless a specific exemption has been obtained.

3 Requirements

3.1 General System Requirements

The MT-C2 system shall have the following basic capabilities:

1. The software shall not limit the ability to support a future Department of Defense Risk management Framework (RMF) certification. All developed software shall conform to Information Assurance (IA)/Cybersecurity requirements and configurations of software shall be delivered in RMF approved configurations to the extent that can be achieved with the chosen hardware.

2. Compatible with IA/Cybersecurity approved OS, Applications and hardware from the IA/Cybersecurity approved list.

3. Ability to perform basic Built-in-Testing (BIT) to support system trouble-shooting by on-site maintenance personnel.

4. Ability to provide and export usage statistics.

5. Ability to be configured with virtual machines and an approved IA/Cybersecurity

Architecture schema.

6. System design shall take into consideration that soldier safety is paramount, that

Medical Military Operation in Urban Terrain (MMOUT) training operations are inherently dangerous, and the system operators must not be overloaded and must be capable of adequately supervising and controlling soldier safety at all times.

7. All MT-C2 safety hazards associated with the operation, maintenance or support shall be eliminated or reduced to the lowest acceptable risk level to the Government.

8. The MT-C2 System electrical connections shall be constructed to prevent the possibility of electrical shock to users and operators.

9. The MT-C2 system shall be capable of operating in the environment into which it is installed. Equipment housed inside the MSTC shall be installed in an environmentally controlled building environment with temperatures ranging from 60 to 90 degrees Fahrenheit with a relative humidity of 25 to 80 % relative humidity. Equipment installed outside of buildings shall be capable of operating within the environment at that site.

10. The MT-C2 System shall not emit and generate harmful levels of:

a. radiation

b. mechanical forces

c. pressures

d. noise.

11. All installed electrical infrastructure shall be in compliance with the latest version of ANSI/NFPA 70 unless otherwise directed.

12. All instrumentation shall be grounded in accordance with (IAW) the requirements defined in ANSI/NFPA 70.

13. All conduit, raceway, boxes, cabinets, cabling and components shall be in accordance with ANSI/NFPA 70 unless otherwise directed.

14. All instrumentation installed as part of this effort shall be fitted with surge protection to protect devices and control equipment.

15. Uninterrupted Power Supply (UPS). The instrumentation system (server rack) shall continue to operate for a minimum of fifteen minutes after a main power failure. The instrumentation (server rack) shall also be protected from potentially dangerous voltage spikes/transient voltage coming in on the commercial alternating current (AC) power and from low line voltage (brownout).

16. The instrumentation control system shall be capable of being powered on and fully operational within 15 minutes.

17. The instrumentation control system shall be capable of being powered down (controlled shutdown) within 15 minutes.

18. The instrumentation control system software shall be capable of being reloaded back to its original state without using temporary storage devices.

19. System shall be capable of providing After Action Reviews (AAR) within five minutes of end of exercise.

20. System software shall include a Built-In Test (BIT) and diagnostic capability identifying faults to the Line Replaceable Unit (LRU). Fault history shall be retained in a separate file for trend analysis.

21. The Contractor shall provide the capability to allow regular concurrency and obsolescence updates to maintain required technology capabilities.

3.2 Integration with MSTC Outdoor Training Lanes

The Contractor shall provide the capability to monitor, control smoke generation, sound reproduction and record audio/video along the outdoor training lanes.

3.3 MT-C2 Exercise Control

Exercise Control shall provide for the following capabilities:

1. Support playback of events and time-synchronized audio and video data for review, analysis, and comment insertion.

2. Provide the ability to plan scenarios and save them for future use.

3. Provide for ability to activate devices either manually or via preplanned scenario generation.

3.3.1 Audio Input System (AIS)

The AIS shall record the verbal, gunfire and other ambient audio of the exercise associated with a video source.

3.3.2 Symbology

Symbology or icons used within the system shall adhere to MIL-STD-2525D type symbology and its descriptors. The symbology shall not obscure the graphics on which it is overlaid. Therefore, display management techniques shall be employed to de-clutter the screen presentation.

3.3.3 Modeling

The situation awareness screens shall provide a two dimensional display of the interior of the instrumented training building. At a minimum the display shall show the locations of cameras, universal outlets, speakers, targets and the equipment room.

3.3.4 Interior Lighting Control

Interior lighting shall be controlled from any control system operator screen in the Instructor Control Room. The control system shall be capable of turning the lights on or off within the training building. The status of the lights shall be indicated on the control system operator screen.

3.3.5 Video Monitoring and Recording System

All cameras in the training building shall be capable of being monitored and digitally recorded under both day and low illumination conditions from the Instuctor Control Room. The video monitoring and recording system shall be capable of recognizing entities in day and low light conditions.

3.3.5.1 Video Monitoring

The training building video and associated audio shall be monitored using the Instructor Control Room workstation and control room speakers. The Instructor Control Room software shall allow the operator to define a set of interior cameras into logical settings.

The Instructor Control Room software shall display a selectable quantity of video feeds from a single camera feed to twelve or more audio/video (A/V) feeds simultaneously.

During operation, when the predefined group is selected, all video sources for these cameras shall be displayed onto the Instructor Control Room workstation monitor.

3.3.5.2 Video Recording

The Instructor Control Room workstation shall be capable of bookmarking events during an exercise. A visual cue shall indicate that a video image(s) is recording and an additional cue shall indicate that a video image(s) has been bookmarked. The digitally recorded and bookmarked video along with their associated audio shall be stored, cataloged and searchable in a selection list for later retrieval during the AAR and Take Home Package (THP) editing and preparation process. The system shall provide a minimum of five continuous hours of recording for each connected camera.

3.3.6 Instrumentation Requirements

Instrumentation includes equipment necessary to activate all cameras, microphones, speakers, illuminators, Emergency Shut-Off Switches, lighting controls, smoke and scent generators and sound effects.

3.3.6.1 Networked Cameras

Cameras shall be networked to send digital data across the network to the Instructor Control Room. The camera equipment shall be protected from the effects of surrounding environmental conditions. There shall be an adequate number of cameras to provide 100% coverage of the training area floor in the following:

• Validation Rooms

• Obstacles within the lanes

3.3.6.2 Speaker System

The speakers shall be used to deliver control operator messages, battlefield sound effects, automatic emergency messages, and other audio media. All operator stations shall have full access and control of audio and sound effects.

3.3.6.3 Emergency Shut-Off Switches

The MT-C2 System shall contain Emergency Shut-off Switches. Each room shall contain a minimum of one Emergency Shut-Off Switch to shut down all power in the event of an emergency.

3.3.6.4 Illuminators

Any illumination devices used to capture video at night shall be undetectable by the exercise participant in the training buildings.

3.3.7 MT-C2 Instructor Control

The MT-C2 Instructor Control shall include the following:

1) Exercise data shall be capable of automatically archiving using a configurable system parameter.

2) Archived and exercise data shall be capable of automatically deleting using a configurable system parameter.

3) Ability to change hardware identification in the system of new or relocated hardware and utilize standard industry interfaces for cameras and devices.

4) Ability to incorporate drivers for new models of devices without changing software baseline.

5) Ability for operators to add, move, replace, and/or delete maps, building diagrams, icons, and devices.

6) Ability to interface with MILES detection and shoot back devices.

7) Ability to display training area map, imagery, live video, and building interiors.

8) Ability for generic universal device control through existing Programmable

Logic Controller (PLC).

9) The following items need to be viewed as distinct icon(s) on the GUI. At a minimum, each change of state of the icon of the device shall be instantly apparent to the operator due to a combination of color changes and/or icon changes. The icon state(s) should use some form of usability schema that ensures the information is intuitively obvious to the operator.

a. Cameras (interior/exterior)

b. Speakers (interior/exterior)

c. Smoke

d. Smell

e. Casualties

f. Door locks

g. Status of sensors in room

h. Night illumination

i. Lighting Systems (indoor, outdoor, dimmable)

j. Master Shut-Off Switch

10) Ability to make camera start locations and special effect presets for pre-defined scenarios, and to edit existing presets for cameras and effects.

11) Device states and status shall be broadcast to the Instructor Control Room workstation.

12) Ability to bookmark video and add notes/comments for post processing.

13) Ability to find and bookmark video for items missed during exercise to be included in the AAR.

14) Ability to develop, edit, and execute scenarios that run off of either timed, time delay, or event based triggers.

15) Ability to alter software interfaces to accept input from and control of other devices.

16) Ability to perform multiple exercises concurrently in different training areas.

This includes the ability to create an AAR, present an AAR, and create a THP exercise while another exercise(s) is running.

17) Selectable automatic sync feature (auto or manual) of the 2D building floor layout with the video display. When a building floor plan is selected the associated microphones and speakers shall be available for selection and the microphone output to the previous layout would be stopped.

18) Configurable list of frequently used bookmarks (quantity 15) in addition to the ability to type in a unique bookmark name.

19) Ability for user to create groups within the training area. Global control shall only be used in the defined parameters when the group is selected.

20) Ability to automatically recognize and populate the icon at the Universal Outlet (UO) location on the 2D map when a configured device is connected to the UO in the training building.

21) Ability for an Instructor Control Room workstation to disconnect from an ongoing exercise and rejoin without interrupting the exercise.

22) Hovering with the mouse/pointer over an icon or selectable option shall provide the status or description.

3.3.7.1 Instructor Control Room Audio

The MT-C2 Audio shall include the following from the Instructor Control Room workstation:

1) Ability for operator to broadcast his/her voice via Instructor Control Room workstation microphone; voice broadcast shall override Battlefield Effects sound files.

2) Ability for operator to broadcast MP3 format and other standard sound files, including streaming audio files; start and stop at shall.

3) Ability to broadcast to all speakers at the same time.

4) Ability to broadcast different sounds through each speaker simultaneously.

5) Ability to select and control groups of speakers.

6) Ability to select and control audio file volume from the Instructor Control

Room workstation.

7) Ability to independently control microphone gain and volume from Instructor

Control Room workstation.

8) Ability to override audio files when communicating with individual building and rooms. This shall lower all volume (or mute) when microphone audio commences.

9) Ability to limit and control the maximum speaker volume to protect all speakers.

10) Ability to select and control sound files thru an intuitive GUI menu to play on individual speakers represented on building and training area diagrams.

11) Ability to loop sounds on all, a group or individual speakers.

12) Ability to select and play multiple sound files in different buildings and rooms.

13) Ability to activate/de-activate Emergency Shut-Off Switches at the Instructor

Control Room workstation and display where an Emergency Shut-off Switch was activated.

14) Ability to broadcast audio to training area speakers and indicate an “Emergency” state when an Emergency Shut-Off Switch is pulled.

15) Ability to supply a minimum of 50 Government approved battlefield sound files.

16) Ability to delete and add sound files.

17) Ability to perform two-way transfer of AAR elements between the Instructor

Control Room workstation and the Student Classroom.

3.3.7.2 Instructor Control Room Video

The MT-C2 Video shall include the following:

1) Ability to record up to 20 external, outdoor cameras with pan, tilt, zoom (PTZ) and up to 640 internal cameras.

2) Ability to control PTZ cameras with a joystick and software using industry standard protocols as well as smooth and continuous operation (not a step function).

3) Ability to store and recall camera presets.

4) Ability to display up to 16 camera views on the Instructor Control Room workstation monitor.

5) Ability to create/save individual custom layouts of camera selections for viewing.

6) Ability to turn audio on/off at each camera display window.

7) Ability to title/add comments to each camera display window for identifying camera locations during playback.

3.3.7.3 Validation Room Audio

The MT-C2 Four Validation Rooms Audio shall include the following:

1) Ability for operator to capture sound or voice via microphone; Battlefield Effects sound shall be selectively filterable.

2) Ability for broadcast of MP3 and other standard sound files, including streaming audio files.

3) Sufficient audio speakers capable of producing instantaneous (peak) sound in excess of 95 db and continuous sound at a minimum of 80 db.

4) Emergency Shut-Off Switch installed in room interconnected to allow instant muting of sound in an emergency.

5) Emergency Shut-Off Switch activate/de-activate at the Instructor Control Room workstation and display where an Emergency Shut-Off Switch was activated on the control readouts.

6) Accurately reproduces with near certainty the supplied 50 MP3 government approved battlefield sound files, as well as any other sound the system either reproduces or stores.

3.3.7.4 Validation Room Video

The MT-C2 Four Validation Rooms Video shall include the following:

1) Sufficient cameras to provide 360 degree coverage of the room thru pan-tilt-zoom functions controlled from the instructor console.

2) Cameras shall provide IR spectrum coverage.

3) Cameras shall operate with a minimum of 60 frames per second (fps).

3.3.7.5 Virtual Patient System (VPS)

The MT-C2 shall be capable of integrating with, controlling and monitoring High Fidelity Tetherless Mannequins (HFTMs) via the Exercise Control Interface (ECI).

3.3.7.6 Environmental

The equipment shall be selected and designed to withstand the representative environmental and physical conditions of the MSTC. All instrumentation components shall be designed and configured to withstand the typical stresses and environments associated with handling, transportation, and reconfiguration of the system.

3.3.7.7 Controlled Access Protection

3.3.7.7.1 Discretionary Access Control

The Exercise Control Interface (ECI) shall define and control access between named users and named objects (e.g., files and programs). The enforcement mechanism (e.g., self/group/public controls, access control lists) shall allow users to specify and control sharing of those objects by named individuals, or defined groups of individuals, or by both, and shall provide controls to limit propagation of access rights. The discretionary access control mechanism shall, either by explicit user action or by default, provide that objects are protected from unauthorized access. These access controls shall be capable of including or excluding access to the granularity of a single user. Access permission to an object by users not already possessing access permission shall only be assigned by authorized users.

3.3.7.7.2 Identification and Authentication

The ECI shall require users to identify themselves (IAW AR 25-2, PEO STRI BAM, and Army BBP) to it before beginning to perform any other actions that the ECI is expected to mediate. Furthermore, the ECI shall use a protected mechanism (e.g., passwords) to authenticate the user's identity. The ECI shall protect authentication data so that it cannot be accessed by any unauthorized user. The ECI shall be able to enforce individual accountability by providing the capability to uniquely identify each individual user. The ECI shall also provide the capability of associating this identity with all auditable actions taken by that individual.

3.3.7.7.3 Audit

The ECI shall be able to create, maintain, and protect from modification, unauthorized access or destruction an audit trail of accesses to the objects it protects. The audit data shall be protected by the ECI so that read access to it is limited to those who are authorized for audit data. The ECI shall be able to record the following types of events:

use of identification and authentication mechanisms, introduction of objects into a user's address space (e.g., file open, program initiation), deletion of objects, actions taken by computer operators and system administrators and/or system security officers, and other security relevant events. For each recorded event, the audit record shall identify: date and time of the event, user, type of event, and success or failure of the event. For identification/ authentication events the origin of request (e.g., terminal ID) shall be included in the audit record. For events that introduce an object into a user's address space and for object deletion events the audit record shall include the name of the object.

The system administrator shall be able to selectively audit the actions of any one or more users based on individual identity.

3.3.7.7.3.1 System Architecture

The ECI shall maintain a domain for its own execution that protects it from external interference or tampering (e.g. by modification of its code or data structures). Resources controlled by the ECI may be a defined subset of the subjects and objects. The ECI shall isolate the resources to be protected so that they are subject to the access control and auditing requirements.

3.3.7.7.3.2 System Integrity

Hardware and/or software features shall be provided that can be used to periodically validate the correct operation of the on-site hardware and firmware elements of the ECI.

3.3.7.8 MT-C2 Server

The instructor control room server shall be able to capture, store, catalog and retrieve content. The server shall be physically located in the MSTC structure and shall be in compliance with DoDI 8510.01, Risk Management Framework (RMF).

3.3.7.8.1 Scalability

The software shall be scalable to fit bandwidth specifications and support future OS upgrades.

3.3.7.8.2 Authorized Ports

The server/system shall use authorized ports. The server shall be located in the MSTC.

3.3.7.8.3 Server Storage Capacity

The server shall have a minimum storage capacity of two (2) terabytes.

3.3.7.8.4 Server Database

The server shall have a SQL database.

3.3.7.9 Event Recording

All instructor control room event recording shall be software controlled and web-based.

3.3.7.9.1 Playback

All instructor control room event recordings shall be viewable in the instructor control room as well as the student classroom.

3.3.7.9.2 Video Data

All video data from the MT-C2 System shall be streamed live while stored in a repository on the server for playback and editing capability.

3.3.7.9.3 Video Storage

Video content shall be compressed to maximize storage space.

3.3.7.9.4 Audio Data

All audio data from the MT-C2 System shall be streamed live while stored in a repository on the server for playback and editing capability.

3.3.7.9.5 Audio Storage

Audio content shall be compressed to maximize storage space.

3.3.7.9.6 Human Simulator/Manikin

All human simulator/manikin data from the MT-C2 Simulators shall be streamed live while stored in a repository on the server for playback and editing capability. Data shall include: vitals, injuries, treatment given and patient response.

3.3.7.10 Environmental Stressors

The instructor control room shall monitor and control independently the following combat stressors networked to each MT-C2 area:

• Smoke

• Strobes

• Fog Machine

• Scent Generators

• Sound

• Altered Light Conditions

3.3.7.11 Communications

The Instructor Control Room shall control radio/audio communications and speakers/microphones inside as well as outside the Validation Rooms, and the Student Classrooms.

3.3.7.12 Master Shut-Off Switch

The Master Shut-Off Switch shall be installed for activation by personnel at the operator work station in the Instructor Control Room. The Master Shut-Off Switch shall alert personnel to immediately halt training. When a Master Shut-Off Switch is activated, the following actions shall occur:

a. The controlled lighting in the Instructor Control Room shall turn on.

b. An audible message calling for a cease fire shall be broadcast through the complex speakers.

c. A flashing Master Shut-Off Switch icon appears on the operators' screens at the location of alarm.

d. The cameras and video systems shall continue to operate when a Master Shut-Off

Switch is activated.

The Master Shut-Off Switch shall require a manual reset at the switch that was activated.

The Master Shut-Off Switch assembly shall be completely sealed against moisture and dust. It shall operate Single Pull Double Throw (SPDT) contacts with a “pull on” – “push off” action. The Master Shut-Off Switch shall be red in color.

3.3.7.13 User Authentication

The MTC2 shall require each user to provide a valid username and password combination before being granted access to the system.

3.3.7.13.1 System/Component

Each system/component in each room in the MSTC shall be individually controlled in the Instructor Control Room.

3.3.7.13.2 Instructor’s Laptop

3.3.7.13.2.1 Student Classroom Smartboard

The Instructor’s laptop shall be capable of being connected to the Student Classroom Smartboard.

3.3.7.13.2.2 Smartboard Approval

The Student Classroom Smartboard shall be on the Army Approved Products List.

3.3.7.14 Data

Data shall be compatible/interoperable with existing Army approved software and systems.

3.3.7.14.1.1 Data Accessibility

Data shall be easily accessible, incorporating a user friendly interface.

3.3.7.14.1.2 Data Authorized User

Data authorized users shall be able to configure roles, permissions and access rights to allow the following actions:

• Edit

• Add

• Modify

• Remove

• Conduct Technical Testing

3.4 MT-C2 After Action Review (AAR)

The AAR component shall provide applications and equipment to select, edit, manage and display recorded/bookmarked A/V footage and presentations. Recorded/bookmarked A/V footage shall be capable of being dragged and dropped or copied into an AAR play list for use during the AAR. Any media captured, created or user provided shall have the capability to be inserted into the AAR and THP, projected on the AAR theatre screen, archived to a DVD and purged (upon command) from the system.

The MT-C2 After Action Review shall include the following:

1) The system shall be capable of utilizing any video/audio captured during the exercise in the preparation of the AAR.

2) The functionality of the AAR component shall provide applications to select, edit, manage and display recorded and/or bookmarked Audio/Visual (A/V) footage and presentation.

3) Recorded and/or bookmarked A/V footage shall be capable of being imported into an AAR play list for use during the AAR.

4) Any media captured, created or user provided shall have the capability to be inserted into the AAR and Take Home Package (THP), projected on the AAR theatre screen, archived to an approved removal media and/or purged (upon command) from the system.

5) The system shall be capable of routing all of the following input signals, as a minimum, to the AAR projector, speakers and preview monitors: (The software shall not preclude or prohibit the capability)

a. Video/Camera displays from Instructor Control Room workstation

b. User Provided Laptop (AAR laptop wall-plate interface)

c. Projector with mounting bracket

d. CD/DVD player/burner

e. Presentation Software

6) Payback of video/audio clips shall be seamless and with no breaks.

3.4.1 AAR Presentation Capture

A video and audio recording capability, consisting of cameras and microphones, shall be provided in the theatre to record two simultaneous views of the area surrounding the podium and theatre seating. This capability shall be used to record an AAR as it occurs and provide the resulting footage as part of a THP. AAR audio and video shall be recorded as one asset. Control and monitoring of the AAR cameras and microphones shall be facilitated from the Instructor Control Room.

3.5 MT-C2 Take Home Package (THP)

The MT-C2 Take Home Package shall include the following:

1) A THP via DVD shall consist of selected relevant materials from the training event and from the AAR as defined by the Contractor Logistics Support.

2) Ability to create a THP without the presentation of an AAR.

3) The system shall be capable of utilizing any video/audio captured during the exercise, in the AAR theatre, and from external sources to create a THP for the training unit.

4) The THP shall organize the training video/audio into logical units for ease of use during playback at the home station.

5) Any additional support software required to play the THP on a Government laptop shall be contained in the THP disk.

6) The THP shall have the capability to enlarge a selected video feed for display.

7) The audio and video shall be time synced and play seamlessly.

8) The THP shall have a ‘readme’ file that explains how to use the THP.

9) Standard video/audio media player toolbar (pause, play, stop, fast forward, volume up/down, etc). Including a play bar with click and drag to advance the video.

10) The THP shall be able to be completed by using multiple instructor input simultaneously.

3.5 MT-C2 Take Home Package (THP)