An advanced AI-based compensation algorithm to harmonize latency across all simulator cues
Latency in driving simulators disrupts the realism and accuracy essential for effective training and testing. Delays across simulator cues like motion platforms, graphics, and sound diminish the immersive experience, leading to less accurate vehicle development.
The need for harmonized latency across all simulator subsystems is crucial to deliver realistic feedback and enhance the simulation environment. Overcoming this challenge is vital for improving the performance and effectiveness of driving simulators.
VI-ZeroLatency is an advanced AI-driven latency compensation algorithm designed to harmonize latency across all simulator cues, providing a near-zero latency experience.
Leveraging Sybille® technology from AddFor, this solution integrates seamlessly with any vehicle model within the VI-DriveSim software suite, including vehicle models available through the VI-Certified program. By utilizing pre-trained machine learning models, VI-ZeroLatency anticipates real-time signals from key components, offering smoother feedback and a more immersive simulation environment.
This innovative approach significantly enhances VI-grade driving simulators without requiring extensive hardware upgrades.
Implementing VI-ZeroLatency results in harmonized, realistic feedback with minimal disturbances, creating a more effective and immersive driving simulation experience.
This advancement not only improves current simulator capabilities but will also support in future remote Hardware-in-the-Loop (HiL) applications, facilitating global collaboration in vehicle development.
By reducing latency to near zero, VI-ZeroLatency enables more accurate virtual vehicle testing, accelerating innovation and development processes across the automotive industry.
Applications
Enhance driving simulators by reducing latency, which is crucial for maintaining high-quality visuals, sound, and motion feedback.
Integrate with existing simulator hardware and software, minimizing the need for expensive redesigns and allowing for rapid implementation.
NEXT: Remote HiL between systems in different locations (e.g. a driving simulator and an HiL rig at 600km).
Benefits
Near-Zero Latency: Advanced AI-driven techniques ensure a highly realistic driving experience by minimizing latency.
Harmonized Simulator Cues: Synchronizes graphics, vibration, sound, and motion for a seamless and immersive simulation.
Adaptable and Cost-Effective: Compatible with all existing VI-grade simulators without requiring modifications, enhancing performance affordably.
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