Sentence examples for candidate for implementing from inspiring English sources

Impulse radio UWB (IR-UWB) is one potential candidate for implementing UWB systems, characterized by data transmission using trains of nanosecond level pulses in a discontinuous way.

While this performance reduction can be significant in many applications, the low frequency nature of biosignals makes subthreshold region a good candidate for implementing biomedical applications.

Overall, it is concluded that the Fuzzy-BPN is successful candidate for implementing novel gray-scale image watermarking scheme meeting real timelines.

Our proposed architecture is also a promising candidate for implementing distributed quantum computation since it is capable of coupling remote qubits in separate resonators in a controllable way.

In this context, the concept of cognitive radio, with its promise of reconfigurability and adaptability to varying conditions, has emerged as a strong candidate for implementing communication systems that make a more efficient use of the spectrum.

Carbon nanotube field effect transistors (CNFET) are a good candidate for implementing MVL logic circuits, since determining the threshold voltage value of CNFET is easily achievable by changing the diameter of the nanotubes which are placed under the transistor gate.

In preparation for adoption of the IECD policy, this approach could be replicated in additional districts that are strong candidates for implementing ECD when broad implementation of the IECD policy begins.

These are candidates for implementing p53 effector functions.

The CMOS compatibility and relative maturity of integrated photonics on these platforms makes them appealing candidates for implementing scalable CQFC networks.

The neural network (NN) computing architectures suggest that they may be good candidates for implementing real-time controllers for complicated, nonlinear dynamic systems.

Furthermore, promising and prospective candidates for implementing this system are software-defined radio techniques of software-based signal processing, hardware such as the universal software radio peripheral, and high-speed digital-to-analog converters.