Sentence examples for implementation of a large number from inspiring English sources

3D shielding allows for the implementation of a large number of internal and external connections, shown as wires in Figure 1, without introducing crosstalk or sacrificing coherence.

With the development of CMOS and MEMS technologies, the implementation of a large number of wireless distributed micro-sensors that can be easily and rapidly deployed to form highly redundant, self-configuring, and ad hoc sensor networks.

In the past decade the policy and practice context for infection control in Australia and New Zealand has changed, with infection control professionals (ICPs) now involved in the implementation of a large number of national strategies.

Compared to previous FPGA designs, usually based on delay lines and comprising few TDC channels with resolutions in the order of 10 ps, our design permits the implementation of a large number of TDC channels with a resolution of 64 ps in a single FPGA.

The forest changes during this ten year period was moderate, i.e., a 6.03 % reduction, whereas rapid losses were taken place during the period from 1989 to 1999 (forest cover 63.93 %) due to implementation of a large number of infrastructure projects, a series of hydroelectric projects, the construction of the Tattihalla and Bommanhalli reservoirs and other associated developments.

The present implementation facilitates a large number of computational tasks, including the definition, manipulation and parametrization of quantum states, the evaluation of quantum measures and quantum operations, the evolution of quantum noise in discrete models, quantum measurements and state estimation, and several others.

Its implementation encompasses a large number of cores and an advanced interconnection scheme such as a Network-on-Chip (NoC).

In addition, the design is resource efficient and is suitable for cost-effective digital implementation with a large number of channels.

In many problems, modular exponentiation |xb|m is a basic computation, often responsible for the overall time performance, as in some cryptosystems, since its implementation requires a large number of multiplications.

This implementation demands a large number of computations and storage features that are not desirable for high-speed or low-power applications.

Thus, a good way to test correctness of an operator implementation is to use the implementation to produce a large number of samples from a target distribution that is either known exactly or can be sampled in some other independent way.