This case uses obstacle distance and attenuation gains to replace costly CFD pre-calculation in flight wind simulations.
Separate linear-actuator stages decouple pitch, roll, and yaw to improve intense vehicle-motion reproduction.
A controller and display simulate engine-power asymmetry for rotorcraft training without imposing the same physical stress on engines.
Separate displays vary object transparency by eye to train coordination while keeping the work object easier to follow.
A mixed reality simulator combines tracked instruments, modular physical models, and virtual anatomy for direct tactile training.
A shared VR platform addresses cost and complexity with tenant isolation, access authentication, and automatic training evaluation.
CT-derived 3D anatomy, virtual C-arm guidance, LOR practice, and lead insertion support lower-cost spinal procedure training.
CNNs, LSTMs, and BERT analyze instructional videos to generate contextual text or executable code without manual transcription.
This learning platform combines virtual construction, in-game finance, and marketplace feedback to connect math with business practice.
Flat, interchangeable panels let two people assemble or disassemble a realistic, fire-resistant habitat for emergency shelter and training.
Real-world driving behaviors generate personalized virtual obstacles that build vehicle safety awareness through gameplay.
A head-mounted display aligns bone models and cut volumes with the surgical site, supporting precise guidance during unfamiliar procedures.
A pivotable frame, steering sensors, and processor blend lean and handlebar inputs for precise, realistic motorcycle simulator control.
This case combines virtual UAV control, real-space geospatial data, and head-mounted overlays for more realistic pilot training.
A rotatable boom, cable, counterweight, and force feedback system provide accessible, sustained low-gravity testing.
The server converts graphic resources into template data for XR maps and scenarios with more realistic physical interaction.
Virtual avatars map operator screens in shared spaces to show workload status.