Sentence examples for optimal parallelism from inspiring English sources

Thus, predicting the combination of these parallelism techniques, in order to reach optimal parallelism for given performance requirements, becomes a complex task of hardware implementation.

Therefore, turbo decoders, because of iterative decoding process and BCJR complexity (bidirectional recursive computing), imply optimal parallelism exploitation in order to achieve high-data rates required in present and future applications.

The first level, spin-level parallelism, maps the parallel computation as optimal 3D thread-blocks that simulate blocks of spins in shared memory with minimal halo surface, assuming a constant block volume.

Manufacturing constraints are considered by examining the curvature and parallelism of fiber paths, therefore, the optimal solutions should be manufacturable.

Our results show good scalability for applications that contain sufficient parallelism, as well as close to optimal performance for the heuristic pipelined fission algorithm.

Nuno Amado et al. [14] presents an overview on the various ideas regarding implementing parallel decision trees using data parallelism, task parallelism and hybrid parallelism in their work.

Two architectural parameters that can affect the optimal pipeline length are the degree of instruction level parallelism and the pipeline stalls [3].

However, as more processing nodes (heterogeneous or homogeneous) are integrated in a single chip, the fitting of computational tasks to hardware resources is still a challenging task since its related to the optimal exploitation of the different types and degrees of parallelism among multiple processing elements available in the MPSoC design.

Instead of determining k, the implicit parallelism feature of evolutionary multi-objective optimization (EMO) provides an effective and efficient paradigm to find the optimal clustering in a posteriori manner.

This work focuses on optimal exploitation of the high data- and loop-level parallelism available in each McGM stage.

The area-efficient microarchitecture with a spatial-partitioning cell size of 1024 was found to be the optimal of our designs due to its greater exploitation of parallelism.