"message passing paradigm" is correct and usable in written English.
It is a technical term used to describe a procedure or system of communication among computers, typically in a distributed program. For example, "The message passing paradigm was used to transmit data across the network."
The simulations have been carried out using a multi-block/zonal approach in the message passing paradigm on the SP-2.
Important parallelization aspects based on the message passing paradigm are highlighted and the advantages and limitations of the presented concepts are discussed.
The message passing paradigm is used for the parallel implementation of the domain decomposition algorithm, allowing the solver portability on different parallel platforms.
Additionally, only low scalability is achieved on multi-computers and multi-processors when employing the message passing paradigm, whereas much better behaviour is observed on multi-processors using the shared memory programming model.
Three different parallel implementations of the proposed mathematical model have been developed; two of these implementations, i.e., the MPI and the PETSc codes, are based on a message passing paradigm, while the third one, i.e., the OpenMP code, is based on a shared space address paradigm.
However, such a message passing paradigm has not been used, so far, to support security.
The parallelization strategy is based on domain decomposition and message passing paradigms.
The (PGAS) programming model is a popular approach for exploiting this parallelism of architectures while offering flexibility of both shared memory and message passing paradigms.
A master slave message-passing paradigm characterizes the parallel procedure.
Traditionally, load sharing algorithms are based on the message-passing paradigm.
The message-passing paradigm permits instead direct data communication and synchronization between the cores.
