21-JSE-023 TAF Visual Display System(VDS) Statement of Work FINAL 18 Mar 2-DRAFT.docx

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CONTROLLED UNCLASSIFIED INFORMATION

JOINT SIMULATION ENVIRONMENT (JSE)

DRAFT STATEMENT OF WORK

THREAT AND FRIENDLY (TAF)

VISUAL DISPLAY SYSTEM

March 2021 T W

JSE Chief Engineer: Kevin Sullivan

JSE Lead Systems Engineer: Delia P. Reyes

412TH TEST WING

EDWARDS AIR FORCE BASE, CALIFORNIA

AIR FORCE MATERIEL COMMAND

UNITED STATES AIR FORCE

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CONTROLLED UNCLASSIFIED INFORMATION

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CONTROLLED UNCLASSIFIED INFORMATION

Table of Contents

LIST OF TABLES

Table 1: FOV Requirements 2

1.0 SECTION I: DESCRIPTION OF SUPPLIES

1.1 General Scope

This statement of work establishes requirements for a Visual Display System (VDS) required to support the Threat-and-Friendly/Virtual Air Threat (TAF/VAT) Medium Fidelity Crew station (MFC) in the Joint Simulation Environment (JSE). For the purposes of this document, a VDS is defined as an out-the-window (OTW) display screen, image projectors, auto alignment and calibration system, mechanical edge blending solution, and support structures and interfaces.

The JSE program requires a total of eight (8) TAF VDS, which will be installed in JSE facilities at Edwards Air Force Base, California (JSE-E) and Nellis Air Force Base, Nevada (JSE-N). There is an option for an additional four (4) TAF VDS at Edwards AFB, CA.

1.2 Background

The JSE was initiated in 2016 to provide state of the art simulation facilities for the Air Force (AF) and Navy to accomplish Developmental Testing (DT), Operational Testing (OT), High-End Advanced Training and Tactics (HEAT2), and experimentation. Multiple Threat-and-Friendly (TAF) simulators and Fighter-In-A-Box (FIAB) simulators will be integrated with the rest of simulation elements and services to become the JSE.

The TAF VDS are for simulation of single-seat fixed wing fighter aircraft simulation operating in the simulated world in dawn, day, dusk and nighttime Out-The-Window (OTW) visual scene conditions. The facilities have floor space restrictions, Field-Of-View (FOV) requirements, and a future use of a Government Furnished Equipment (GFE) Helmet Mounted Cueing System (HMCS) requirement with a 60 inch (1.5m) focal distance that requires a dome display system with a 1.3 – 1.5 m screen radius with the pilot’s eye point at the screen center. A heads-Up-Display (HUD) image will be projected on the TAF VDS in lieu of an actual glareshield-mounted HUD.

Each TAF Simulator will consist of an MFC, VDS, image generator, TAF host and audio-visual system. Integration of these elements is the responsibility of the US Air Force 412th EWG/EWJ (JSE Project Office) with assistance from each of the associated contractors.

1.3 Inherently Governmental Function

The contractor shall not perform inherently governmental functions as defined in Federal Acquisition Regulation Subpart 7.5 - Inherently Governmental Functions.

1.4 Associated Contractor Agreement

AFTC/PZI will set up an associated contractor agreement between the government, the MFC contractor, the VDS contractor, and Aechelon image generation system vendor.

1.5 Period of Performance

Delivery of the display systems may begin as early as 30 days After Receipt of Order (ARO) with Installation to begin immediately after Beneficial Occupancy Date (BOD) scheduled for July 2022 at Nellis AFB, NV and August 2022 at Edwards AFB, CA. Delivery and installation of the eight (8) display systems shall run concurrently at Edwards AFB and Nellis AFB and shall be completed by July 2023.

1.6 Locations of Performance

The TAF VDS will be installed and set up at Nellis AFB, NV and Edwards, AFB, CA.

1.7 Visual Display System Requirements

The display system shall provide a seamless OTW visual image across the FOV and shall not have visible changes of brightness in areas where individual projected images overlap (blend zones). Night-Vision-Goggle (NVG) compatibility is required for F-16 and threats. NVG compatibility is not required for F-35; simulated NVG video is displayed through a helmet cueing display when the MFC is in the F-35 configuration.

1.7.1 Field of View (FOV): The VDS FOV as seen from the Pilot’s Eye point at the geometric center of the dome display screen is detailed in the Table 1 below. Horizontal FOV shall be the same in both the left and right directions. The front of the MFC is expected to protrude through the front of the dome, requiring a cut-out in the screen. Parts of the screen not visible to the pilot because of the MFC, are not a required part of the FOV. Minimum and maximum values are given where flexibility is available.

Table 1: FOV Requirements

1.7.2 Display Screen

1.7.2.1 The display screen shall be spherical in shape with pilot eye point located at the spherical center to provide constant OTW image distance.

1.7.2.2 The radius of the screen surface shall be between 1.3m and 1.5m, with the 1.5m radius being preferred.

1.7.2.3 The Pilot Eye Point (PEP) for the MFC is 47.02in above the floor. And 49 in. aft of the front edge. This MFC has a six (6) inch vertical seat adjustment and is being modified for 3 degrees more aft tilt, a four (4) inch longitudinal adjustment, and a means for re-positioning. This PEP may change with the modifications and it and its volume should be accommodated as much as practical. Deviations or restrictions shall be noted.

1.7.2.4 It is desired to have greater fields of view, depending upon availability and costs. Any horizontal or vertical FOVs in excess of the target values, to include any additional equipment or channels, shall be proposed as an option.

1.7.2.5 For any proposed vertical or horizontal FOVs, basic or option, there should be no head or equipment shadows within the FOV.

1.7.3 Resolution

1.7.3.1 Average resolution over the FOV shall be 5.2 arc-minutes / optical line pairs or better. It is desired to have a higher resolution approaching 4.0 arc-minutes / optical line pair, at least in the central display areas (-15 degrees to +40 degrees vertically and +/- 30 degrees horizontally). Any resolution increases in excess of the average shall be proposed as an option.

1.7.3.2 Minimum average resolution over the projected area for any single projector shall be 6 arc-minutes / optical line pair or better.

1.7.4 Luminance

1.7.4.1 The minimum average white square luminance shall be 10 foot-Lamberts or better measured using the ANSI 50/50 white/black checkerboard test pattern.

1.7.4.2 Luminance at each point in the display shall not vary by more than 50 percent between any two matching (white and white, or black and black) squares within a viewing zone.

1.7.5 Contrast

1.7.5.1 The minimum average contrast ratio shall be 10:1.

1.7.5.2 The contrast ratio measurement shall be made using the ANSI 50/50 white/black checkerboard test pattern with all displays simultaneously illuminated with the test pattern. The pattern shall provide at least 8 squares per display channel with 50 percent of the squares at the specified minimum acceptable luminance.

1.7.6 Color

1.7.6.1 Minimum per color bit depth of 10 bits per primary color is required.

1.7.7 Display System Latency

1.7.7.1 The latency of rendering of a full scene, which is measured from the projector first pixel input data of a frame to the light of that pixel on the display surface, shall be 27 milliseconds or less.

1.7.8 Distortion Correction/ Image Blending

1.7.8.1 A solution shall be provided for projected image distortion correction, blending, color matching as required for seamless projected image across the FOV. Distortion correction and blending functions may be performed by a system provided by the Contractor or through software (CDRL A001) installed on the government supplied image generation system. Up to 6U of space in government supplied 19” electronics racks that will be located next to each display system can be made available for the Contractor’s equipment. This rack will also house the Aechelon Nucleus image generation system.

1.7.9 Non-discernable Edge Blending

1.7.9.1 The blending area between the projectors shall not be discernable to the human eye. The blending areas shall not be discernable for Dawn, Day, Dusk, and Night scenes. NVG support is required for F-16 and threats. NVG support is not required for F-35. It is expected that mechanical/optical edge blending may be required for seamless night-time imagery. For dawn, dusk, and night (all) scenes there should be little to no light leaks onto the OTW display area.

1.7.10 Automatic Alignment System

1.7.10.1 The display system shall incorporate automatic alignment and calibration functionality allowing the user, without operator intervention, to correct geometric alignment, distortion, and blending to maintain a seamless image after installation. Distortion and blending maintenance corrections shall take less than an hour to perform.

1.7.11 Projector Control / Communication

1.7.11.1 There shall be a method for communicating with the projectors for the purpose of controlling on/off/standby status of all projectors from a government supplied host computer. Contractor shall provide essential specification for the computer.

1.7.11.2 Contractor shall provide network diagram. For any networking, single mode fiber is preferred.

1.7.12 Projectors

1.7.12.1 The projectors supplied with the system shall use solid-state technology to minimize cost of ownership (lamp life). It is also desired they be the same, or similar from a logistics support view, as the VDSs furnished to the Virtual Test and Training Center (VTTC) in FY2021.

1.7.13 HUD Projector

1.7.13.1 A HUD projector shall be provided to project heads-up-display graphics on the screen in front of the crew-station covering a 30° x 30° degree area as viewed from the PEP when: 1) MFC is in a F-35 configuration and the aircrew is not wearing the HMCS, 2) MFC is in an F-16/Blue or VATs configuration and the aircrew is wearing an HMCS, 3) MFC is in an F-16/Blue or VATs configuration and the aircrew is not wearing an HMCS. The HUD projector shall have sufficient contrast so that the background is not visible during day-time simulation. Geometric image correction will be provided. The HUD projector shall have independent on/off/standby status from the host control when the HUD is not required.

1.7.14 Image Generation Aechelon

1.7.14.1 The contractor shall integrate the VDS with the Image Generator.

1.7.15 Medium Fidelity Crew station (MFC)

1.7.15.1 The contractor shall work with the MFC contractor to ensure compatibility. The 412th EWG/EWJ shall integrate VDS into MFC with VDS and MFC contractor assistance.

1.7.16 Security Requirements

1.7.16.1 Network equipment (such as could be required for projector communication) will require prior approval before it can be installed in the lab. Wireless electro-magnetic communications (such as Wi-Fi and Blue-Tooth) are prohibited in the installation space.

1.7.17 The VDS shall be stable free-standing structures resting on concrete floors. The contractor shall work with the 412th Electronic Warfare Group Maintenance and Logistic Operations Division to ensure installation and integration of VDSs into JSE-E and JSE-N facilities are compatible. JSE-E and JSE-N facility drawings and specifications will be provided upon request.

1.7.18 Use of 1.3 – 1.5m radius domes is driven by facility size constraints, pilot ingress/egress and the required FOV. The VDS shall have an adequate access portal to enable cockpit and equipment installation and pilot ingress/egress.

1.7.19 Dome infrastructure shall fit within a ceiling height of 5m, without obstructing fire sprinkler systems.

1.8 Deliverables

Responses should include proposed costs for all items including meetings, documentation, drawings, design reviews, in-production first article review, seat/TAF VDS interface check, fabrication, shipment, installation, integration and integration support costs. Responses shall also include dome footprint and height, power requirements, and HVAC requirements for the minimum capabilities specified below. Responses shall also separately price any options for any increased performance or capability offered to include changes in costs, footprint, height power, and HVAC.

1.8.1 System Requirements Review/Preliminary Design Review (SRR/PDR) The contractor shall host a SRR/PDR at a mutually agreed upon date at Edwards AFB, CA, Nellis AFB, NV, contractor facility, or via teleconference. This meeting will include a tour/survey of the installation site and requirements review/preliminary design review. Preliminary drawings showing the general arrangement of all equipment, defining all mechanical and electrical interfaces, Interface Control Document (ICD) updates, and compliance matrix shall be presented. Contractor approach and initial concept for the modifications; activity, fabrication, and delivery schedule shall be included. The contractor shall demonstrate compliance with the technical performance requirements. Contractor will have the opportunity to clarify any issues or concerns. (CDRL A002) (CDRL A004) (CDRL A005)

1.8.2 Critical Design Review (CDR) Final Design review shall include the installation plan presentation. The contractor shall host a CDR at a mutually agreed upon date. The design review may be held at the installation location, Edwards AFB, CA, Nellis AFB, NV, contractor facility, or via teleconference. The contractor shall provide the modified design and provide drawings digitally from both a CAD program (an editable source file) and as a read only pdf files. The contractor shall review compliance matrix, schedule, preliminary test plans, installation plans, and update any risks or mitigations. Drawing updates showing the general arrangement/installation of the update and defining any mechanical and electrical interfaces changes determined. The CDR shall include the installation plan. (CDRL A004) (CDRL A005). The contractor shall present:

1.8.2.1 Final detail drawings, general arrangement, and interface drawings. (CDRL A002) (CDRL A003)

1.8.2.2 An installation plan demonstrating the feasibility of assembling and locating the display systems within the confinements of the available spaces.

1.8.2.3 Documentation detailing how all requirements of the system requirements will be met, Compliance Matrix. This information may be provided in PowerPoint or Excel format.

1.8.2.4 A Bill of Materiel and preliminary recommended spares list.

1.8.2.5 A test plan, including schedule and equipment requirements.

1.8.2.6 Power requirements, power connector part numbers (or commercial connector specification), and any cooling requirements. (CDRL A006)

1.8.3 Installation and Setup

1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.7.1 1.7.2 1.7.3

1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.8.1 1.8.2 1.8.3

1.8.3.1 The contractor shall ship, install, setup and calibrate four (4) VDS in a government facility located at Nellis AFB, NV. The on-site installation shall take place on a mutually agreeable schedule.

1.8.3.2 The contractor shall ship, install, setup, and calibrate four (4) VDS in a government facility located at Edwards AFB, CA. The on-site installation shall take place on a mutually agreeable schedule.

1.8.3.3 The contractor shall integrate four (4) VDSs with the image generators and assist in the integration of the MFC and final integration into the TAF Simulator in a government facility located at Nellis AFB, NV. The onsite installation shall take place on a mutually agreeable schedule.

1.8.3.4 The contractor shall integrate four (4) VDSs with the image generators and assist in the integration of the MFC and final integration into the TAF Simulator in a government facility located at Edwards AFB, CA. The onsite installation shall take place on a mutually agreeable schedule.

1.8.3.5 The contractor shall be responsible for furnishing all equipment and tools required for installation, testing, and integrating the VDS. The contractor shall coordinate with 412th Electronic Warfare Group Maintenance and Logistic Operations Division who shall supply the fork and scissors lifts.

1.8.3.6 The contractor shall coordinate with 412th Electronic Warfare Group Maintenance and Logistic Operations Division hazardous materials.

1.8.3.7 The contractor shall coordinate external electrical, serial communication and video connectivity with the corresponding system contractor and the 412th Electronic Warfare Group Maintenance and Logistic Operations Division.

1.8.4 Acceptance Testing

1.8 1.9 1.10 1.11 1.12 1.13 1.14 1.14.1 1.14.2 1.14.3

The Contractor shall perform VDS acceptance testing demonstrating compliance with the technical performance requirements. The contractor shall submit an acceptance test procedure for government approval for the VDS. (CDRL A006) The acceptance test procedure shall be performed at the completion of the installation of each VDS at the customer site. The acceptance testing shall, as a minimum, verify the following system performance characteristics:

1.8.4

1.8.4.1 Field of View: The contractor shall verify image coverage of the required field of view and image geometry position accuracy to +/- 1 degree across the dome image.

1.8.4.2 Luminance Measurements: Acceptance testing shall include light meter measurements (in Foot-Lamberts) verifying the average luminance and contrast of the VDS using an ANSI 50% black and 50% white checkerboard test pattern with all projectors displaying the test pattern.

1.8.4.3 Resolution Measurements: Acceptance testing shall include resolution measurements using a set of ten white and black vertical and horizontal line pairs. Customer viewing of line pairs on the dome, as follows, to determine the point at which the line pairs are discernable as line pairs on the dome surface.

1.8.4.3.1 Perform resolution measurement at the center of each projected image.

1.8.4.3.2 Calculate the arc-minute/Optical Line Pair for each projected image.

1.8.4.3.3 Calculate the average for all of the arc-minutes/Optical Line Pair measurements.

1.8.4.4 Intensity Matching: Acceptance testing shall include customer subjective Pass/Fail white intensity matching evaluation across all projected images using full field 0%, 50% and 100% white level test patterns without distracting visible anomalies.

1.8.4.5 Color Matching: Acceptance testing shall include customer subjective Pass/Fail Color matching evaluation of dawn, day, dusk, and night across all projected images using 5 customer-selected visual database OTW scenes without distracting visible anomalies.

1.8.4.6 Blend Zone: Acceptance testing shall include customer subjective Pass/Fail of non-discernable blend zone evaluation of dawn, day, dusk, and night across all projected images using 5 customer-selected visual database OTW scenes without distracting visible anomalies.

1.9 Documentation

Documentation provided with the display systems shall include:

1.10 Training

The following training shall be provided with initial system delivery:

1.10.1 One time on-site training at each site, Edwards and Nellis AFBs, in use of automatic alignment/calibration solution shall be provided by the contractor. Duration of training is anticipated to be 2 days or less and is to be provided to one (1) to ten (10) employees at both JSE-E and JSE-N. Training shall be provided after the successful completion of the acceptance test for the first VDS.

1.10.1

1.11 Delivery, Installation Schedule and additional VDSs

1.11.3 Delivery Edwards AFB, CA

1.11.3.1 Four (4) VDSs shall be delivered to Edwards AFB, CA; delivery address to be supplied at contract award.

1.11.3.1

1.11.3.2 VDS shall be packaged to ensure no damage during shipping or during movement between loading dock and installation. Packaging shall allow movement by forklift.

1.11.3.3 Packaging shall also ensure no reduction of life in JSE storage provided environmental conditions are maintained to -20C/+60C and relative humidity at 40C of 10% to 90% awaiting installation. The environment will be non-condensing.

1.11.3.4 Delivery shall be coordinated with the Program Manager no less than two (2) weeks before each shipment leaves the contractor.

1.11.4 Delivery Nellis AFB, NV

1.11.4.1 Four (4) VDS shall be delivered to Nellis AFB, NV; delivery address to be supplied at contract award.

1.11.4.2 VDS shall be packaged to ensure no damage during shipping or during movement between loading dock and installation. Packaging shall allow movement by forklift.

1.11.4.3 Packaging shall also ensure no reduction of life in JSE storage provided environmental conditions are maintained to -20C/+60C and relative humidity at 40C of 10% to 90% awaiting installation. The environment will be non-condensing.

1.11.4.4 Delivery shall be coordinated with the Program Manager no less than two (2) weeks before each shipment leaves the contractor.

1.11.5 Installation Edwards AFB, CA

1.11.5.1 Contractor shall install four (4) VDSs at Edwards AFB, CA; in increments of mutually agreed upon quantities by the JSE Program Manager and contractor.

1.11.5.2 A phased installation of the VDS is desired to accommodate simulation integration activities and alleviate the anticipated logistical burden of installing all the displays at one time.

1.11.6 Installation Nellis AFB, NV

1.11.6.1 Contractor shall install four (4) VDSs at Nellis AFB, NV; in increments of mutually agreed upon quantities by the JSE Program Manager and contractor.

1.11.6.2 A phased installation of the VDS is desired to accommodate simulation integration activities and alleviate the anticipated logistical burden of installing all the displays at one time.

1.11.7 VDS Specification Option, Quantity: 4

1.11.7.1 Option to purchase quantity four (4) additional VDSs.

1.11.8 Delivery Option Edwards AFB, CA

1.11.8.1 Four (4) VDSs shall be delivered to Edwards AFB, CA; delivery address to be supplied at contract award.

1.11.8.2 VDS shall be packaged to ensure no damage during shipping or during movement between loading dock and installation. Packaging shall allow movement by forklift.

1.11.8.3 Packaging shall also ensure no reduction of life in JSE storage provided environmental conditions are maintained to -20C/+60C and relative humidity at 40C of 10% to 90% awaiting installation. The environment will be non-condensing.

1.11.8.4 Delivery shall be coordinated with the JSE Program Manager no less than two (2) weeks before each shipment leaves the contractor.

1.11.9 Installation Option Edwards AFB, CA

1.11.9.1 Contractor shall install four (4) VDSs at Edwards AFB, CA; in increments of mutually agreed upon quantities by the JSE Program Manager and contractor.

1.11.9.2 A phased installation of the VDS is desired to accommodate simulation integration activities and alleviate the anticipated logistical burden of installing all the displays at one time.

2.0 SECTION II: GOVERNMENT FURNISHED EQUIPMENT, FACILITIES, MATERIALS AND SERVICES

2.1 Government Furnished Equipment

No Government Furnished Equipment will be provided to the contractor to control and manage. The contactor will have access to the following items. The government shall retain all controlled equipment inventory responsibilities.

The contactor will have access to the following items. The government shall retain all controlled equipment inventory responsibilities.

2.1.1 JSE will provide the electronics cabinets for the communication/control PC.

2.1.2 JSE will provide video cables and cable racks/ducts.

2.1.3 JSE will provide facility power connections and environmental controls to maintain a suitable ambient environment.

2.1.4 When the delivery and installation options are exercised, JSE will provide on-site installation equipment, not including job-specific tools and fixtures.

2.1.5 JSE will provide the image generation (IG) systems for the VDS.

2.1.6 JSE will provide, via the 412th Electronic Warfare Group Maintenance and Logistic Operations Division, the fork and scissors lifts.

2.2 Government Furnished Information

The following listed will be furnished to the contractor:

2.2.1 Edwards Air Force Base Facility Drawings

2.2.1.1 Edwards Building 1040 Rooms 174 and 175

2.2.2 Nellis Air Force Base Facility Drawings

2.2.2.1 Nellis Building 1733, Rooms 137 and 138

2.2.3 OPTION – Edwards Air Force Base Facility Drawings

2.2.3.1 Edwards Building 1020 Room 113A

2.2.3.2 Edwards Building 1020, Room 113B

2.3 Government Furnished Facilities

N/A. None required.

2.4 Government Furnished Materials:

N/A. None Required.

2.5 Government Furnished Services

N/A. None Required.

CONTROLLED UNCLASSIFIED INFORMATION

3.0 SECTION III: FACILITIES

3.1 Hours of Operation

Service shall be perform by the contractor during normal government working hours, 7:00 am to 4:00 pm during regular working days (Monday-Friday), excluding government holidays. Any deviations of this schedule shall be coordinated with the contracting officer or their representative and 412th EWG/EWJ management.

3.2 Utilities

Electricity for performance will be furnished to the contractor from existing government systems and outlets at no cost to the contractor. Restrooms will be available for contractor use.

3.3 Security

3.3.1 U.S. Citizenship is required to work in the Edwards AFB, CA and Nellis AFB, NV JSE areas unescorted.

3.3.2 The JSE Facility Office and Base Security Office at Edwards AFB, CA and Nellis AFB, NV JSE will require a list of all contractor personnel who will be working on the site, and the contractor must submit a visit request through the 412th EWG Security.

1.0 2.0 3.0 3.1 3.2 3.3 3.3.1 3.3.2

3.3.3 The following information must be provided no less than 72 working hours prior to the date in which work is to begin:

3.3.3.1 Name

3.3.3.2 Last six of Social Security Number

3.3.3.3 Date of Birth

3.3.3.4 Place of Birth (City and State)

3.3.3.5 Drivers’ License Number

3.4 Vehicle Access:

Vehicles necessary within the JSE complex must display a company logo and the contractor must provide a list of vehicle make and license numbers. Any contractor who drives on any of the ramps or the flight line will be required to have a government flight line driver’s license. Arrangements shall be made with the facilities managers in advance in order to support transporting materials to the work site in accordance with Edwards Air Force Base and Nellis Air Force Base driving policies. Staging area for materials and equipment will be made available on site.

3.5 Prohibited Items

The following items are prohibited within the Edwards AFB and Nellis AFB JSE Complexes: Cameras, illegal drugs, weapons, video and audio cassette recorders, recorders and tapes, binoculars, film and computer media (laptops and pda’s) and cell phones. CD players (non-recordable) and radios are allowed.

3.6 Safety

The contractor shall comply with all Edwards Air Force Base and Nellis Air Force Base safety standards and all OSHA or AFOSHA standards. Resolution of citations for violations of Occupational Safety, Health Act Safety, and Health Standards is the contractor’s responsibility.

3.7 Smoking

Air Force Policy prohibits SMOKING in any government vehicle or building in accordance with AFI 40.102 (3 Jun 1994). Smoking is permitted in “Designated Areas Only”.

3.8 Foreign Object Debris (FOD) and Installation Cleanup

The contractor must use a “clean-as-you-go” debris control program. All equipment entering designated areas must be inventoried before and prior to leaving the designated areas. Contractor shall be responsible for job site cleanup daily, as well as clean-up of all debris, excess material, packing, or waste resulting from performance of this contract when all work has been completed.

4.0 SECTION IV: CONTRACT DATA REQUIREMENTS LIST (CDRL) QUICKLIST

CDRL A001: Computer Software Product (CSP), DI-IPSC-81488. [See SOW Par 1.7.8.1, 1.9.3] CSP is required at Base-line of each new software release.

CDRL A002: Engineering Drawings, DI-DRPR-81680. [See SOW Par 1.8.1, 1.8.2.1, 1.9.3] Engineering drawings are required at Base-line of each new drawing release.

CDRL A003: Interface Control Drawing Documentation, DI-CMAN-81248. [See SOW Par 1.8.2.1, 1.9.3, 1.9.4] ICDs for display systems to include structures, domes, any cutouts, projectors, automatic alignment/calibration solution, edge blenders, power, and their interface points to the facility.

CDRL A004: Design Review Data Package, DI-ILSS-81335 [See SOW Par 1.8.1, 1.8.2, 1.9.3] System Requirements Review / Preliminary Design Review (SRR/PDR). Critical Design Review (CDR).

CDRL A005: Technical Reviews and Audits on Defense Programs, IEEE 15288.2. [See SOW Par 1.8.1, 1.8.2, 1.11.1] System Requirements Review / Preliminary Design Review (SRR/PDR). Critical Design Review (CDR). Training shall be provided after the successful completion of the acceptance tests for the first Visual Display System.

CDRL A006 Commercial Support Documentation (CSD), DI-MISC-80557. [See SOW Par 1.8.2.6, 1.8.4, 1.9.1, 1.9.5] Data product generated by the specific and discrete task requirements as delineated in the contract.

5.0 SECTION V: ACRONYM LIST

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