Numerous applications of Eikonal equations prompted the development of many efficient
numerical algorithms. The Heap-Cell Method (HCM) is a recent serial two-scale technique …

Generating numerical solutions to the eikonal equation and its many variations has a broad
range of applications in both the natural and computational sciences. Efficient solvers on …

We present an algorithm for solving in parallel the Eikonal equation. The efficiency of our
approach is rooted in the ordering and distribution of the grid points on the available …

Fast Marching and Fast Sweeping are the two most commonly used methods for solving the
eikonal equation. Each of these methods performs best on a different set of problems. Fast …

In this paper we propose a novel computational technique to solve the Eikonal equation
efficiently on parallel architectures. The proposed method manages the list of active nodes …

The fast marching method is widely used to solve the eikonal equation. By introducing a new
way of managing propagation interfaces which avoid the use of expensive data structures …

This paper presents an efficient, fine-grained parallel algorithm for solving the Eikonal
equation on triangular meshes. The Eikonal equation, and the broader class of Hamilton …

This paper presents a novel solver for the eikonal equation that is designed to run efficiently
on massively parallel systems. The proposed method manages a list of active nodes and …

The fast marching method is a widely used numerical method for solving the Eikonal
equation arising from a variety of scientific and engineering fields. It is long deemed …

The recent research trend of Eikonal solver focuses on employing state-of-the-art parallel
computing technology, such as GPUs. Even though there exists previous work on GPU …