FSharp.MPITools

Source code checked in, #16095

canerten — Fri, 03 Oct 2008 16:32:25 GMT

FSharp CTP Update

Source code checked in, #16094

canerten — Fri, 03 Oct 2008 16:27:38 GMT

Source code checked in, #16093

canerten — Fri, 03 Oct 2008 16:26:04 GMT

UPDATED RELEASE: 0.1 (Jan 25, 2008)

Fri, 15 Feb 2008 15:22:25 GMT

Compiled with 1.9.3.14 F# compiler.

Source code checked in

canerten — Fri, 15 Feb 2008 15:20:24 GMT

cleanup

UPDATED RELEASE: 0.1 (Jan 25, 2008)

Fri, 15 Feb 2008 15:04:35 GMT

Compiled with 1.9.3.14 F# compiler.

UPDATED RELEASE: 0.1 (Jan 25, 2008)

Fri, 25 Jan 2008 20:20:05 GMT

Compiled with 1.9.3.14 F# compiler.

CREATED RELEASE: MpiTools.Bindings (Jan 25, 2008)

Fri, 25 Jan 2008 18:15:29 GMT

Compiled with 1.9.3.14 F# compiler.

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:42:29 GMT

Project Description
Message Passing Interface (MPI) is the standard of message passing in a distributed computing environment. Its benefit for researchers is invaluable.

The idea is to have many machines on a high-speed network, clusters of computers running the same program. Recently, with the invention and adoption of multi-core CPU systems for desktops, it has become even more important. MPI makes even easier for people to build supercomputers by the usage of powerful computers, high speed networks and powerful libraries.

MPICH is an open source, portable implementation of MPI for developing distributed memory application (19). MPICH comes almost any platforms. Mainly MPI is not used by high level managed languages because of the difficulty to use those libraries. In this project it has been tried to overcome this issue.

The goal of MPI Tools is to make easy to write programs that runs on a cluster of machines. Also make the transition easy of existing programs in cluster. Using MPITools, it is possible to create distributed functional applications with F#.

More
More information can be found on http://www.canerten.com/distributed-functional-programming-with-f-mpi-tools/
Feel free to contribute to the project.

Usage
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:39:41 GMT

More.. *

More information can be found on http://www.canerten.com/distributed-functional-programming-with-f-mpi-tools/
Feel free to contribute to the project.

*Usage : *
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:38:58 GMT

More..

More information can be found on http://www.canerten.com/distributed-functional-programming-with-f-mpi-tools/
Feel free to contribute to the project.
!Usage :
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:37:40 GMT

Project Description
Message Passing Interface (MPI) is the standard of message passing in a distributed computing environment. Its benefit for researchers is invaluable.

The idea is to have many machines on a high-speed network, clusters of computers running the same program. Recently, with the invention and adoption of multi-core CPU systems for desktops, it has become even more important. MPI makes even easier for people to build supercomputers by the usage of powerful computers, high speed networks and powerful libraries.

MPICH is an open source, portable implementation of MPI for developing distributed memory application (19). MPICH comes almost any platforms. Mainly MPI is not used by high level managed languages because of the difficulty to use those libraries. In this project it has been tried to overcome this issue.

The goal of MPI Tools is to make easy to write programs that runs on a cluster of machines. Also make the transition easy of existing programs in cluster. Using MPITools, it is possible to create distributed functional applications with F#.

Usage :
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:15:09 GMT

Project Description
Message Passing Interface (MPI) is the standard of message passing in a distributed computing environment. Its benefit for researchers is invaluable.

The idea is to have many machines on a high-speed network, clusters of computers running the same program. Recently, with the invention and adoption of multi-core CPU systems for desktops, it has become even more important. MPI makes even easier for people to build supercomputers by the usage of powerful computers, high speed networks and powerful libraries.

MPICH is an open source, portable implementation of MPI for developing distributed memory application (19). MPICH comes almost any platforms. Mainly MPI is not used by high level managed languages because of the difficulty to use those libraries. In this project it has been tried to overcome this issue.

The goal of MPI Tools is to make easy to write programs that runs on a cluster of machines. Also make the transition easy of existing programs in cluster. Using MPITools, it is possible to create distributed functional applications with F#.

Usage :
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

More..

More information can be found on http://www.canerten.com/distributed-functional-programming-with-f-mpi-tools/
Feel free to contribute to the project.

UPDATED WIKI: Home

canerten — Sun, 20 Jan 2008 04:14:18 GMT

Project Description
Message Passing Interface (MPI) is the standard of message passing in a distributed computing environment. Its benefit for researchers is invaluable.

The idea is to have many machines on a high-speed network, clusters of computers running the same program. Recently, with the invention and adoption of multi-core CPU systems for desktops, it has become even more important. MPI makes even easier for people to build supercomputers by the usage of powerful computers, high speed networks and powerful libraries.

MPICH is an open source, portable implementation of MPI for developing distributed memory application (19). MPICH comes almost any platforms. Mainly MPI is not used by high level managed languages because of the difficulty to use those libraries. In this project it has been tried to overcome this issue.

The goal of MPI Tools is to make easy to write programs that runs on a cluster of machines. Also make the transition easy of existing programs in cluster. Using MPITools, it is possible to create distributed functional applications with F#.

Usage :
Install MPICH for Windows
Compile MPITools.Bindings Project
Write your program using MPITools.Bindings.dll
Run the compiled program.exe using "mpiexec -n N program.exe" from the command line.

MPITools has a neat syntax and helper functions for different type communication.
1. let send(data,destination, tag)
2. 'a * int * int -> unit
3.
4. let sendArray(data : 'a array,destination,tag)
5. a array * int * int -> unit
6.
7. let sendMatrix (data : matrix,destination,tag)
8. matrix * int * int -> unit

More information can be found on http://www.canerten.com/distributed-functional-programming-with-f-mpi-tools/
Feel free to contribute to the project.

Source code checked in

canerten — Sun, 20 Jan 2008 01:42:04 GMT

scatter,reduce and more ...

Source code checked in

canerten — Fri, 18 Jan 2008 17:29:14 GMT

Source code checked in

canerten — Fri, 18 Jan 2008 01:47:49 GMT

matrix multiplication test

Source code checked in

canerten — Thu, 17 Jan 2008 22:56:30 GMT

send receive matrix

Source code checked in

canerten — Thu, 17 Jan 2008 10:30:52 GMT

Source code checked in

canerten — Thu, 17 Jan 2008 01:21:22 GMT

small fixes