Sentence examples for implementation and power from inspiring English sources

However, the advantage of the CDD receiver is to employ a simple matched filter or RAKE receiver rather than a complicated interference canceller in the NDD device owing to the cross-correlation properties of the interference rejection code, which is beneficial in the engineering implementation and power saving.

While DDIs are difficult to be determined experimentally, many computational approaches have been proposed aiming at discovering the patterns from DDIs, among which parsimony-based models show their advantages in easy implementation and power in detecting specific DDIs.

However, hardware architectures implementing these applications are designed using fixed-point arithmetic to satisfy the tight constraints on implementation area and power consumption related to embedded systems.

The simulation results reveal that our proposed designs have significant improvements in contrast to counterparts from implementation requirements and power consumption aspects.

However, multiantenna techniques also come with an overhead in silicon implementation area and power consumption due, at least, to the duplication of part of the transmitter and receiver radio front-ends.

Application-specific processors constitute a key trend in implementing definite blocks of wireless system since they provide a good solution in designing flexible architectures that can fulfill nowadays requirements in terms of low error-rate performance and high throughput and satisfy the tight constraints on implementation area and power consumption.

For an information system to be a key boundary object, it should allow all potential users convenient and secure access, flexible implementation options, and power to overcome the limitation in the existing DMO structure (e.g., formal reporting channels in the national incident management system).

Furthermore, the proposed schemes involve low-complexity hardware implementation and low power consumption.

A new piezoelectric wind energy harvester (PWEH) implementation and its power conversion system design have been studied.

The sixth paper, "On the Applicability of Steerable Beams in LTE-Advanced Networks with High User Mobility" (Christos Papathanasiou, et al)., deals with the problem of applying scanning narrow beams to LTE-Advanced networks with fast moving mobiles, aiming at providing low complexity hardware implementation and low power consumption.

The proposed semiactive passive control strategy is remarkably robust against large external disturbances and failures of the local feedback control systems, and also has a number of particular characteristics that can be specially relevant in practical implementations: low cost and power requirements, design and implementation flexibility, and conceptual simplicity.