Sentence examples for most efficient architecture from inspiring English sources

The paper suggests the most efficient architecture and explains the reasons for using each component.

The most efficient architecture for parallel problems is a deeply inter-thread superpipelined architecture in which functional units are chained.

The most efficient architecture for sequential problems is a two-level pipelined VLIW (very long instruction word) architecture with few parallel functional units.

This equation could be used to find the most efficient architecture that would give a desired level of accuracy thus avoiding a trial and error approach.

Biochips of various geometries were tested and evaluated in order to find out the most efficient architecture, and the rational for design, microfabrication and detection performance is presented.

Radial magnetic field was reported as the most efficient architecture to use in electromagnetic energy conversion, this was utilized in the design of a low frequency and efficient hybrid harvester comprising piezoelectric (PZT) and electromagnetic generators.

A comparative study of 6 different latch topologies, in the energy-delay (E−D) space, points out the most efficient architectures.

The proposed method can predict the most efficient TEG architecture with more than 97% accuracy comparing to the RCA over wide range of possible temperature and zT for present TEG applications.

In order to design the most efficient LSS architecture for a given mission scenario, it is important to follow a dedicated design process: definition of requirements, selection of candidate technologies, development of possible LSS architectures and characterisation of LSS architectures by system drivers and evaluation of the LSS architectures.

Using nanostructured materials helps in reaching the most efficient electrode architectures, as discussed by Rolison [2]; however, achieving these results has proven difficult, and long-range ion diffusion in the electrolyte is still needed.

Alternative modes of ownership may allow for the creation of more flexible cellular networking environments in which competition for packages of resources, that is, the licenced spectrum, the RAN and core network, ensures that the most efficient and innovative architectures, services and applications are delivered to the consumer.