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White Paper: From Subsystem to Preflight A Progressive Hardware-in-the-Loop Validation Framework for Missile Development
White Paper: From Subsystem to Preflight A Progressive Hardware-in-the-Loop Validation Framework for Missile Development Discover a practical, three-stage approach to identifying subsystem, closed-loop, and…
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U.S. Treasury Assistant Secretary Chris Pilkerton Visits CCRT
Assistant Secretary Chris Pilkerton Visits Concurrent Real-Time Concurrent Real-Time was honored to welcome Chris Pilkerton, Assistant Secretary of the Treasury for Investment Security and…
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Real-Time Simulation for Aerospace and Defense: An Engineering Guide
Real-Time Simulation for Aerospace and Defense: An Engineering Guide Real-time simulation allows aerospace and defense teams to execute system models in synchronization with actual…
Recent Articles
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White Paper: From Subsystem to Preflight A Progressive Hardware-in-the-Loop Validation Framework for Missile Development
White Paper: From Subsystem to Preflight A Progressive Hardware-in-the-Loop Validation Framework for Missile Development Discover a practical, three-stage approach to identifying subsystem, closed-loop, and mission-level integration risks before committing to flight testing.…
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U.S. Treasury Assistant Secretary Chris Pilkerton Visits CCRT
Assistant Secretary Chris Pilkerton Visits Concurrent Real-Time Concurrent Real-Time was honored to welcome Chris Pilkerton, Assistant Secretary of the Treasury for Investment Security and Chair of the Committee on Foreign Investment in…
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Real-Time Simulation for Aerospace and Defense: An Engineering Guide
Real-Time Simulation for Aerospace and Defense: An Engineering Guide Real-time simulation allows aerospace and defense teams to execute system models in synchronization with actual elapsed time. Unlike offline simulation, a real-time environment…
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Synchronous vs. Asynchronous I/O in Real-Time Simulation
Synchronous vs. Asynchronous I/O in Real-Time Simulation A real-time simulation must exchange data with physical devices while continuing to execute its models on schedule. Some of those data exchanges need to occur…
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Developing HIL Models on Windows Before Real-Time Deployment
Developing HIL Models on Windows Before Real-Time Deployment Real-time simulation systems are specialized resources. They may contain target-specific processors, physical I/O, connected controllers, and laboratory equipment shared among multiple engineering teams. Requiring…
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HIL Test Automation: Scripting, Data Logging, and Playback
HIL Test Automation: Scripting, Data Logging, and Playback A hardware-in-the-loop test involves more than starting a simulation and observing the results. Engineers may need to establish initial conditions, modify parameters, apply commands,…
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How Multirate Real-Time Simulation Works
How Multirate Real-Time Simulation Works Complex systems rarely operate at a single natural timescale. A control loop may require frequent updates, while thermal behavior, navigation calculations, status monitoring, and supervisory logic can…
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How to Evaluate a Real-Time Simulation Platform for HIL and XiL Testing
How to Evaluate a Real-Time Simulation Platform for HIL and XiL Testing Real-time simulation platforms often appear similar when compared through feature lists. Many support common modeling tools, physical I/O, multicore processors,…
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Integrating Simulink, FMUs, and Custom Models into a Real-Time Simulation Environment
Integrating Simulink, FMUs, and Custom Models into a Real-Time Simulation Environment Large simulation environments rarely rely on models from a single source. A test may combine a Simulink control model, an FMU…
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