A DATAFLOW MODEL FOR .NET-BASED GRID COMPUTING SYSTEMS

This paper presents the design, implementation and evaluation of a dataflow system, including a dataflow programming model and a dataflow engine, for coarse-grained distributed data intensive applications. The dataflow programming model provides users with a transparent interface for application programming and execution management in a parallel and distributed computing environment. The dataflow engine dispatches the tasks onto candidate distributed computing resources in the system, and manages failures and load balancing problems in a transparent manner. The system has been implemented over .NET platform and deployed in a Windows Desktop Grid. This paper uses two benchmarks to demonstrate the scalability and fault tolerance properties of our system.