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On multi-processor (multi-core) platforms, it benefits from what can be considered an effective parallelization in time.
Multi-processor multi-radio platforms offer an attractive way to customize aggregation of computation and communication resources for real-time embedded apps while keeping the resource use minimal.
Multi-processor computations (up to 256 processors) are conducted to study efficiency and scalability.
The same approach can be easily extended to different multi-processor topologies or applications.
Multi-Processor Systems on Chip (MPSoC) run multiple independent applications, often developed by different parties.
Massively parallel multi-processor hardware accelerators are necessary to adequately serve these applications.
3) multi-processor caches in a shared-memory system, for an entire class of consistency protocols, including all of the well-known protocols.
Nowadays, High Performance Computing (HPC) systems commonly used in bioinformatics, such as genome sequencing, incorporate multi-processor architectures.
Optimized application-specific hardware modules are combined with efficient parallelized software in an embedded soft-core-based multi-processor.
Executing sequential program on multi-core is crucial for accommodating Instruction Level Parallelism (ILP) in Chip Multi-Processor (CMP) architecture.
An example of a single-chip multi-processor for real-time (networked) embedded systems is the multi-microprocessor (MμP).
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