Add a description, image, and links to the 2d-convolution topic page so that developers can more easily learn about it.

Numerical methods for differential equations are essential tools in ... and efficiency compared to existing methods in both two-dimensional (2D) and three-dimensional (3D) domains[2].

We apply the normalization operation methods on PSP x t in convolution layers. The previous layers' spikes are processed as Equation 5 and further normalized as follows: The effect of pbLN on membrane ...

So, it can be hard to imagine that a compelling open-world game can keep players engaged even if it boasts 2D visuals. Plenty of video games let you play the role of a Samurai, but not many let ...

The study applies a new boundary tracking method using Minimum Convolution of Gaussian Weight and Squared Differences (MCGWSD ... The damping effect is incorporated as a two-dimensional Gaussian ...

My core area of research is Mathematical Finance and related topics in stochastic analysis and probability. My work centers on the theory and applications of finite- and infinite-dimensional affine ...

In this paper we derive similar relations for 3-D inhomogeneous media. As the starting point for these derivations, we make use of two types of propagation invariants, based on one-way reciprocity ...

This encoding technique leverages the properties of quantum state superposition and entanglement, allowing the convolution operation to be performed in parallel within high-dimensional space ...