The phrase "a large number of processing" is not correct in standard written English.
It is typically used when referring to a significant quantity of processing tasks or activities, but it needs to be rephrased for clarity.
Example: "The system is capable of handling a large number of processing tasks simultaneously."
Alternatives: "a significant amount of processing" or "a high volume of processing".
There are a large number of processing methods available and each process has specific attributes.
As a result, the precursor(s) give rise to a complex array of processed forms, due to a large number of processing sites, which are apparently assembled into trimers with a molecular mass off approximately 187 kDa [23].
Furthermore, the proposed test architecture can efficiently scale to a many-core with a large number of processing cores.
This requires a large number of processing elements (PEs) in a system, such that computation can be effectively enhanced through parallel processing.
Such architectures are characterized by hierarchies of parallelism and memory structures, i.e. processor arrays apart from different levels of cache have a large number of processing elements (PE) where each PE can further contain sub-word parallelism.
Current and future embedded manycore systems bring complex and heterogeneous architectures with a large number of processing cores, making both parallel programming at this scale and understanding the architecture itself a daunting task.
To take advantage of this kind of parallelism, we have to use dynamic data with the enhanced FARM skeleton provided by our skeleton library, which suggests working with a larger number of processing nodes where one processor is selected to be the master and the remaining processors serve as slaves.
A neural network is an information processing system consisting of a large number of simple processing elements called neurons.
In recent years, graphics processing unit (GPU) technology with a large number of parallel processing units is gradually applied to the navigation field.
In addition, a hierarchical reconfiguration system is used to support a large number of different processing tasks without the power consumption penalty of a big local configuration memory.
Networks-on-chip will serve as the central integration platform in future complex systems-on-chip (SoC) designs, composed of a large number of heterogeneous processing resources.
