| Emergency and Infrastructure Service Examples: |
Click the Images below to launch visualizations |
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An Emergency Action Plan Demonstration:
Geographic Information System integration for context and location specific insight. Seamlessly go from a city-wide view to building specific details. |
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From Location Context to Lifelike Visualization:
Go from a map view to a three dimensional rendering of the building with lifelike details. Realistic details, down to the look and feel of building materials is provided.
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Adjust and Manipulate the Visualization:
View visualizations from multiple angles and perspectives--a 360 degree perspective is provided in the demonstration.
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Extract and Examine Areas of Focus:
When an alert is triggered, the affected floor can be isolated and extracted from the larger visualization for closer inspection. Details such as space design and configuration are available and can be manipulated as needed.
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Integrate Events with Activity Specifications:
View affected areas and simulated impacts to evacuation routes. Infrastructure configurations can identify detailed specifications such as cable runs, conduit, piping, and other building construction parameters.
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View and Identify Procedures:
Quickly identify evacuation locations with complete proximity references to assess procedures and subsequent performance. Identify access points to buried infrastructure for quick and visual reference. |
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Provide Detailed Instruction and Knowledge:
Provide virtual training with life-like qualities. Allow users to interact with materials and equipment just as they can in real life. |
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Perspectives and Detail Beyond Real Life:
Cut away the outer layers of the building to view internal infrastructure details. Explore ducts, cabling, and structural components not available to the naked eye.
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Simulate Events:
Evaluate procedures and measure performance, by simulating events, modeling planned responses, and validating response systems. |
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Training Programs and Learning Management Systems:
Provide complete interactive training programs. Measure and track knowledge transfer to ensure levels of capability.
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Reuse and Broad Applicability:
Visualizations are built on digital frames allowing for reuse or integration with many different systems and applications.
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