Procedures are presented that are designed to help users efficiently program irregular problems (e.g. unstructured mesh sweeps, sparse matrix codes, adaptive mesh partial differential equations solvers) on distributed memory machines. These procedures are also designed for use in compilers for distributed memory multiprocessors. The portable CHAOS procedures are designed to support dynamic data distributions and to automatically generate send and receive messsage by capturing communications patterns at runtime
Scientific and engineering applications often involve structured meshes. These meshes may be nested ...
One class of scientific and engineering applications involves structured meshes. One example of a co...
There are many important applications in computational fluid dynamics, circuit simulation and struct...
Procedures are presented that are designed to help users efficiently program irregular problems (e.g...
This paper presents a library called CHAOS, which helps users implement irregular programs on distri...
In many scientific applications, arrays containing data are indirectly indexed through indirection a...
In adaptive irregular problems the data arrays are accessed via indirection arrays, and data access ...
This paper describes how a runtime support library can be used as compiler runtime support in irregu...
Primitives are presented that are designed to help users efficiently program irregular problems (e.g...
Procedures are presented that are designed to help users efficiently program irregular proble...
In adaptive irregular problems the data arrays are accessed via indirection arrays, and data access ...
Primitives are presented that are designed to help users efficiently program irregular problems (e.g...
This paper presents methods that make it possible to efficiently support irregular problems using da...
Irregular computation problems underlie many important scientific applications. Although these probl...
In recent years, distributed memory parallel machines have been widely recognized as the most likely...
Scientific and engineering applications often involve structured meshes. These meshes may be nested ...
One class of scientific and engineering applications involves structured meshes. One example of a co...
There are many important applications in computational fluid dynamics, circuit simulation and struct...
Procedures are presented that are designed to help users efficiently program irregular problems (e.g...
This paper presents a library called CHAOS, which helps users implement irregular programs on distri...
In many scientific applications, arrays containing data are indirectly indexed through indirection a...
In adaptive irregular problems the data arrays are accessed via indirection arrays, and data access ...
This paper describes how a runtime support library can be used as compiler runtime support in irregu...
Primitives are presented that are designed to help users efficiently program irregular problems (e.g...
Procedures are presented that are designed to help users efficiently program irregular proble...
In adaptive irregular problems the data arrays are accessed via indirection arrays, and data access ...
Primitives are presented that are designed to help users efficiently program irregular problems (e.g...
This paper presents methods that make it possible to efficiently support irregular problems using da...
Irregular computation problems underlie many important scientific applications. Although these probl...
In recent years, distributed memory parallel machines have been widely recognized as the most likely...
Scientific and engineering applications often involve structured meshes. These meshes may be nested ...
One class of scientific and engineering applications involves structured meshes. One example of a co...
There are many important applications in computational fluid dynamics, circuit simulation and struct...