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## Popup
### Body
htmlText_55E5BB2A_4775_03D1_41CE_72E28F099FFE.html = The ADVC Collaboration Conference Room brings users into the digital environments activated in the Operations Demonstration Center, projecting renderings and visualizations onto large 4K/UHD display screens, including a 90-inch NEC screen and an 86-inch Planar Touch screen display.
The A/V architecture provides fully configurable Any Display Anywhere (ADAW) capability via Extron splitters and switches. Displays can be driven from multiple sources (up to 4) that currently include a Blu-Ray player and a Hewlett Packard Z840 Intel Xeon E5-2600v3 16 Core Processor Workstation with 1TB HDD storage, 32GB Memory, and an NVIDIA M4000 (8GB) graphics card.
Additional connections are available for laptops and other input source types via HDMI 2.0b and Display Port connections as required.
The ADVC Collaboration Conference Room brings users into the digital environments activated in the Operations Demonstration Center, projecting renderings and visualizations onto large 4K/UHD display screens, including a 90-inch NEC screen and an 86-inch Planar Touch screen display.
The A/V architecture provides fully configurable Any Display Anywhere (ADAW) capability via Extron splitters and switches. Displays can be driven from multiple sources (up to 4) that currently include a Blu-Ray player and a Hewlett Packard Z840 Intel Xeon E5-2600v3 16 Core Processor Workstation with 1TB HDD storage, 32GB Memory, and an NVIDIA M4000 (8GB) graphics card.
Additional connections are available for laptops and other input source types via HDMI 2.0b and Display Port connections as required.
This output from the Aerospace Debris Environment Projection Tool (ADEPT) demonstrates the historical evolution of the orbital debris environment in Earth orbit from the dawn of the Space Age through a future projection for the year 2100.
ADEPT is a tool suite for performing orbital debris environment evolution modeling to assess current and future effects on space operations. It uses Orbit Trace Crossing to generate potential collisions; an Aerospace-developed tool, IMPACT, to model breakups from collisions and explosions; MEANPROP to propagate debris with a semi-analytic propagation theory; and a “Schrodinger’s Cat” process to model many future realities simultaneously.
This output from the Aerospace Debris Environment Projection Tool (ADEPT) demonstrates the historical evolution of the orbital debris environment in Earth orbit from the dawn of the Space Age through a future projection for the year 2100.
ADEPT is a tool suite for performing orbital debris environment evolution modeling to assess current and future effects on space operations. It uses Orbit Trace Crossing to generate potential collisions; an Aerospace-developed tool, IMPACT, to model breakups from collisions and explosions; MEANPROP to propagate debris with a semi-analytic propagation theory; and a “Schrodinger’s Cat” process to model many future realities simultaneously.
From the ADVC Operations Demonstration Center, users can deploy and test customized software solutions at multiple workstations or access Aerospace’s entire catalog of unclassified software, digital engineering capabilities, and prototypes to fulfill several critical space technology functions.
The Operations Demonstration Center features:
• Z840 Multi-core Workstation
• Z440 Multi-core Workstations with NVIDIA P1000 Quad GPU
• Planar Large 4K/UHD Displays (50” to 86")
From the ADVC Operations Demonstration Center, users can deploy and test customized software solutions at multiple workstations or access Aerospace’s entire catalog of unclassified software, digital engineering capabilities, and prototypes to fulfill several critical space technology functions.
The Operations Demonstration Center features:
• Z840 Multi-core Workstation
• Z440 Multi-core Workstations with NVIDIA P1000 Quad GPU
• Planar Large 4K/UHD Displays (50” to 86")
The Debris Analysis Response Tool (DART) conducts debris analysis and assessment in a digital engineering environment to discover the risks, physics, and consequences of key U.S. space operations resulting from on-orbit collisions. DART enhances the ability to predict, assess, and respond to collisions in space by better understanding their short- and long-term impacts, enabling safer operations for the U.S. and our allies. This DART animation visualizes how the debris fields generated by the Iridium-Cosmos collision in 2009 endangered neighboring satellites.
The Debris Analysis Response Tool (DART) conducts debris analysis and assessment in a digital engineering environment to discover the risks, physics, and consequences of key U.S. space operations resulting from on-orbit collisions. DART enhances the ability to predict, assess, and respond to collisions in space by better understanding their short- and long-term impacts, enabling safer operations for the U.S. and our allies. This DART animation visualizes how the debris fields generated by the Iridium-Cosmos collision in 2009 endangered neighboring satellites.
The Equipment Room houses the ADVC’s high-performance computing environment (HPCE) featuring three (3) server racks, which can each house up to 72U of rack space of equipment. The Equipment Room features two (2) independent HVAC systems, dedicated power with UPS backup, and multi-layer security protection of all equipment and intellectual property belonging to Aerospace and commercial partners. The ADVC utilizes two (2) independent ethernet networks to support internal and external communication needs for customer program support.
Technology features in the ADVC include:
• Cisco C220/C240 Dense Core Computers (Qty 21)
• 12-44 Cores
• 10-40TB Storage
• Two (2) NVIDIA V100 Tensor Core Graphics Processing Units (GPU)
• Access to AWS GovCloud Environment
• HP Z840/Z440 Multi-core Workstations
• Multiple Cisco Switches (LAN and WAN)
• Multiple Large 4K/UHD Displays (60” to 98”)
Welcome to the Aerospace Demonstration and Visualization Center (ADVC). This 780-square-foot unclassified laboratory in Crystal City, Virginia, features innovative capabilities driving transformation in space traffic coordination, artificial intelligence and machine learning, debris modeling, and other advances in digital engineering for the modern space enterprise.
With space becoming more diverse, congested, and contested, The Aerospace Corporation is executing an integrated approach to support U.S. leadership in space traffic management and coordination, contributing unparalleled technical knowledge to support the space enterprise as needs change from near-earth orbit to low-earth orbit to cislunar space. Aerospace engineers are world-class experts in conjunction analysis, collision assessments, and debris mitigation, operating at the bleeding edge of space traffic research and innovation.
The ADVC’s high-performance computing environment (HPCE) allows users to understand the evolving space domain with greater need and agility. Using the ADVC, Aerospace’s customers can deploy and test digital architectures and tools with the same scalability and complexity in a matter of days or weeks that it might take months or years to develop from scratch, at a fraction of the cost.
Explore the ADVC on your own or jump to a particular room from the menu.
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LOREM IPSUM
DOLOR SIT AME
CONSECTETUR ADIPISCING ELIT. MORBI BIBENDUM PHARETRA LOREM, ACCUMSAN SAN NULLA.
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LOREM IPSUM:
$150,000
JOHN DOE
Licensed Real Estate Salesperson
Tlf.: +11 111 111 111
jhondoe@realestate.com
www.loremipsum.com
The Aerospace Corporation
www.aero.org
John Binkley
SYSTEMS DIRECTOR
www.loremipsum.com
info@loremipsum.com
Tlf.: +11 111 111 111