… a continuous surface. In this paper, we introduce Differentiable Surface Splatting (DSS), the
… We utilize ideas from surface splatting [Zwicker et al. 2001], where each point is represented …

… We introduce a stochastic interpretation of surface splatting that abstains from kernel
truncation and the resulting discontinuity. This interpretation allows us to derive an unbiased …

… neural networks, 3D Gaussian splatting utilizes a set of … of 3D Gaussian splatting also
facilitates downstream tasks … review of recent 3D Gaussian splatting methods, which can be …

… The area of the entire interface equals to the surface area of splats. Assuming that the
bonded area was symmetrical and presented a circular shape, the area of the bonded zone was …

… bonded splats exhibit a very fine columnar structure at the surface … splats also exhibited
a high band of irregularities, while the ideal splats revealed to have a rather smooth surface…

… splatting, whereas an oxide layer formation on metallic substrate surface during preheating
or metal splat surface … (Ref 16) indicated that the thin oxide layer on the substrate surface had …

… the surface by … Splatting with the normal priors from the surface predicted by neural implicit
models instead of using a fixed set of points as guidance. Consequently, the quality of surface …

… tion term into the Gaussian Splatting optimization that encourages the Gaussians to be
aligned with the surface of the scene and well distributed over this surface. Our approach is to …

… The substantial distortion of molten droplets (splats), which occurs upon impact with the
solid surface during coating, is a significant problem that results in coating inconsistencies and …

… Our method, called 3DGSR, achieves accurate 3D surface … surface reconstruction method
with 3D Gaussian Splatting (… unified optimization and enforcing surface constraints on the 3D …