The phrase "a range of parallel" is correct and usable in written English.
It can be used when discussing multiple items, concepts, or phenomena that are similar or aligned in some way, often in a comparative context.
Example: "The study examined a range of parallel theories that explain the same phenomenon in different fields."
Alternatives: "a variety of parallels" or "a spectrum of similarities."
In many college classes, laptops depict split screens — notes from a class, and then a range of parallel stimulants: NBA playoff statistics on ESPN.com, a flight home on Expedia, a new flirtation on Facebook.
An introduction to the DRAMA library will illustrate that the very general cost model and the interface designed specifically for application requirements provide simplified and effective access to a range of parallel partitioners.
To run a human tissue bank, you need to keep a range of parallel activities going.
Our Iganga District assessment revealed a range of parallel information processes due to external initiatives.
Respondents identified a broad need for national statistics, a dimension covering a range of parallel issues, including the need for benchmarking, national registries, epidemiological statistics, and capacity for information technology and data management.
Despite their simplicity, the models are demonstrated to provide both accurate and robust predictions across a range of different parallel architectures, partitioning strategies and multigrid codes.
The focus of this research is on the implementation aspects including the development of coarse-grained parallel computational models for such generalized time integration operators that be can readily ported to a wide range of parallel architectures via a message-passing paradigm (using MPI) and domain decomposition techniques.
The API makes use of parallelism to yield an efficient solution of the systems on a wide range of parallel platforms, from clusters of processors to massively parallel multiprocessors.
Experimental results demonstrate that Manila is more accurate in power measurements for a wide range of parallel benchmarks, with an average mean absolute error of 2.8%.
The study of the mechanisms behind protein folding and related topics can require long time simulations on systems with a wide range of sizes and the application supporting these studies must map efficiently onto a large range of parallel partition sizes to optimize scientific throughput for a particular study.
A framework based on graph theoretic notations is described for the design and analysis of a wide range of parallel tridiagonal matrix algorithms.
