AbstractThe 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, the fast iterative method reveals to be a faster variant with a higher parallel potential compared to the fast marching method. We investigate in this paper a multi-level parallel approach for the fast iterative method which is well fitted for today heterogenous and hierarchical architectures. We show experiment results which focus on the fine-grained parallel level of the algorithm and we give a performance analysis
The recent research trend of Eikonal solver focuses on employing state-of-the-art parallel computing...
Hamilton-Jacobi equations arise in a number of seemingly disparate applications, from front propagat...
Fast Marching and Fast Sweeping are the two most commonly used methods for solving the Eikonal equat...
AbstractThe fast marching method is widely used to solve the eikonal equation. By introducing a new ...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and t...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and o...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and t...
In this paper we propose a novel computational technique to solve the Eikonal equation efficiently o...
AbstractSolving the eikonal equation allows to compute a monotone front propagation of anisotropic n...
In the past decade, many numerical algorithms for the Eikonal equation have been proposed. Recently,...
The semi-ordered fast iterative method is used to com-pute a monotone front propagation of anisotrop...
Abstract. A computational study of the fast marching and the fast sweeping methods for the eikonal e...
We present an adaptive domain decomposition strategy to introduce distributed memory parallelism int...
Abstract. Generating numerical solutions to the eikonal equation and its many variations has a broad...
AbstractThe recent research trend of Eikonal solver focuses on employing state-of-the-art parallel c...
The recent research trend of Eikonal solver focuses on employing state-of-the-art parallel computing...
Hamilton-Jacobi equations arise in a number of seemingly disparate applications, from front propagat...
Fast Marching and Fast Sweeping are the two most commonly used methods for solving the Eikonal equat...
AbstractThe fast marching method is widely used to solve the eikonal equation. By introducing a new ...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and t...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and o...
We compare the computational performance of the Fast Marching Method, the Fast Sweeping Method and t...
In this paper we propose a novel computational technique to solve the Eikonal equation efficiently o...
AbstractSolving the eikonal equation allows to compute a monotone front propagation of anisotropic n...
In the past decade, many numerical algorithms for the Eikonal equation have been proposed. Recently,...
The semi-ordered fast iterative method is used to com-pute a monotone front propagation of anisotrop...
Abstract. A computational study of the fast marching and the fast sweeping methods for the eikonal e...
We present an adaptive domain decomposition strategy to introduce distributed memory parallelism int...
Abstract. Generating numerical solutions to the eikonal equation and its many variations has a broad...
AbstractThe recent research trend of Eikonal solver focuses on employing state-of-the-art parallel c...
The recent research trend of Eikonal solver focuses on employing state-of-the-art parallel computing...
Hamilton-Jacobi equations arise in a number of seemingly disparate applications, from front propagat...
Fast Marching and Fast Sweeping are the two most commonly used methods for solving the Eikonal equat...