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A large set of experimental results confirms that the combination of directory-based and query-based schemes increases the scalability of flat architectures based on "pure" protocols, guarantees more stable performance and tends to reduce pathologically long response times.
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However, intrusive schemes increase the design complexity and induce extra delay and area overheads.
The schemes increase the diversity of trial vectors and improve on the exploration capabilities of Differential Evolution.
Even so, these schemes increase the mean packet delay and consequently, reduce the quality of service (QoS).
STW schemes increase the contemporaneous elasticity of average hours worked for permanent workers with respect to output shocks.
The results show that the proposed schemes increase the average cell throughput and more importantly the number of users with low throughput is greatly reduced.
Both neutrality and some lethality schemes increase the effective fitness of the master phenotype with respect to the mutant phenotype, so error threshold decreases.
"The proposed data retention scheme increases the risk and possible consequences of a data breach.
Any additional orthogonal state used in the encoding scheme increases the information encoded in a single quantum system.
This scheme increases the overall computing performance and shows stability for the dynamic environment.
In this paper, we show that our proposed scheme increases the utility function ranging from about 7%to50%0% as the number of nodes increases.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com