“Cesium has truly revolutionized the geospatial ecosystem, and driving for modern open standards is phenomenal.”
Shashank Narayan
Chief Technology Officer, Ansys Government Initiatives
Cesium and Ansys
Enhancing Mission Modeling with 3D Geospatial
To visualize multidomain scenarios — from urban environments to deep space — Ansys integrates Cesium with Ansys Systems Tool Kit (STK), Ansys Digital Mission Engineering (DME) Component Libraries, and Ansys RF Channel Modeler.
AGI has served the United States’ and its allies’ aerospace and defense industries for over 35 years, modeling multidomain systems of systems in time-dynamic environments. These simulations enable engineers and analysts to build and test virtually rather than experimenting on multiple physical prototypes, decreasing manufacturing costs and risk.
Ansys STK
Software for Digital Mission Engineering and Systems Analysis
Ansys Systems Tool Kit (STK) provides a physics-based modeling environment for analyzing platforms and payloads in a realistic mission context.
With Systems Tool Kit (STK), you model complex systems inside a realistic and time-dynamic three-dimensional simulation that includes high-resolution terrain, imagery, RF environments, and more. Select, build, or import precise models of ground, sea, air, and space assets and combine them to represent existing or proposed systems. Simulate the entire system-of-systems in action, at any location and at any time, to gain a clear understanding of its behavior and mission performance.
Ansys DME Component Libraries
Bring Mission and Systems Modeling Capabilities to Your Software Solutions
Ansys DME Component Libraries are a collection of development libraries well-suited for creating custom applications that benefit from web-first architectures.
Ansys DME Component Libraries are a collection of development libraries well-suited for creating custom desktop applications and web-first architectures. Available in Java and .NET, DME Component Libraries provide foundational mission and systems modeling capabilities, satellite propagation including maneuver modeling, aircraft flight modes, ground system routing, RF communication, and radar systems analysis in an architecture designed to scale efficiently.
RF Channel Modeler
High-Fidelity Wireless Channel Modeling
Ansys RF Channel Modeler delivers a highly accurate digital simulation solution for RF engineers to analyze dynamic RF system performance under simulated real world conditions within a virtual terrestrial environment.
Ansys RF Channel Modeler delivers an innovative network planning and optimization solution to RF systems engineers across the telecommunications industry. The combination of advanced systems simulation capabilities with Ansys STK’s highly realistic digital simulation environment, provides network engineers with the ability to realistically evaluate advanced communications and RF systems performance in urban environments ahead of expensive physical deployments and product development efforts.
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