AudioGS encodes sound fields as Audio Gaussians with dual spherical harmonic coefficients and decay terms to render binaural audio, reducing magnitude error by over 14% and perceptual error by 25% versus visual-guided baselines on Replay-NVAS.
3d gaussian splatting for real-time radiance field rendering
3 Pith papers cite this work. Polarity classification is still indexing.
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PoseCompass ranks synthetic poses using localization difficulty, coverage novelty, and rendering observability to improve 3DGS-augmented APR fine-tuning, delivering 3x faster adaptation and 53.8% lower median pose errors versus random selection on 7-Scenes.
UltraGS combines Gaussian Splatting with physics-inspired acoustic modeling to enable real-time novel view synthesis from sensorless ultrasound, reporting SOTA PSNR/SSIM and 64 fps on a new clinical dataset.
citing papers explorer
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AudioGS: Spectrogram-Based Audio Gaussian Splatting for Sound Field Reconstruction
AudioGS encodes sound fields as Audio Gaussians with dual spherical harmonic coefficients and decay terms to render binaural audio, reducing magnitude error by over 14% and perceptual error by 25% versus visual-guided baselines on Replay-NVAS.
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PoseCompass: Intelligent Synthetic Pose Selection for Visual Localization
PoseCompass ranks synthetic poses using localization difficulty, coverage novelty, and rendering observability to improve 3DGS-augmented APR fine-tuning, delivering 3x faster adaptation and 53.8% lower median pose errors versus random selection on 7-Scenes.
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UltraGS: Real-Time Physically-Decoupled Gaussian Splatting for Ultrasound Novel View Synthesis
UltraGS combines Gaussian Splatting with physics-inspired acoustic modeling to enable real-time novel view synthesis from sensorless ultrasound, reporting SOTA PSNR/SSIM and 64 fps on a new clinical dataset.