Sentence examples for a full frequency from inspiring English sources

From (19), it is clear that a full frequency diversity gain is obtained for the p th substream of the k th user.

The method is capable of providing a full frequency spectrum including both the in-plane and the out-of-plane modes.

In this contribution, we focus on the realistic case where receiver 2 has a full frequency band (without null subbands) but operates in a reduced dimension due to practical complexity issues.

However, the construction, analysis, and implementation of such methods for their use inside an industrial package, including the treatment of a full frequency range and many right hand sides, is still in its infancy and requires a major research effort which fortunately is currently addressed in several research projects world-wide.

However, the settling time is relatively slow and may corrupt the performance of the spectrum analyzer which carries out a full frequency sweep over many GHz typically within 100 ms. During the settling time period a wide range of frequencies is swept through (usually tens of MHz) wherefore the AGC gain is fixed.

After surgery, depending on the extent of surgery-induced hearing loss, the patients who are intended for hybrid hearing can be divided into the following three groups: a natural LFH with cut off frequency CI group, a HA-amplified LFH with cut off frequency CI group, and a full frequency conventional CI group.

Walker demonstrated a prototype electrostatic panel speaker (with exceptional clarity in the midrange), and a full-frequency infinite baffle speaker (with ample bass response) at the British Sound Recording Association Annual Exhibition in May 1955.

One patient preferred the full-frequency stimulation despite having normal LFH, and another patient chose to use a full-frequency CI stimulation and a HA during 2 years.

We have shown using several numerical examples the efficiency of the obtained equilibrium compared to the exhaustive (optimal) solution and a fixed full frequency reuse pattern.

This architecture leads to a HSTC network with full frequency reuse and requires joint processing among distributed RRHs.

As the term 'fractional' implies, FFR attempts to find a compromise between the full frequency reuse scenario, which allocates the entire available bandwidth to each cell but at the expense of a maximum level of intercell interference, and the partial frequency reuse scenario, which provides zero intercell interference by orthogonally sharing the bandwidth among adjacent cells [10].