Sentence examples for small amount of feedback from inspiring English sources

But Tan says that even with a small amount of feedback, test subjects "would fairly naturally adapt and change postures and gestures to get drastically improved performance". He says that having users trigger the appropriate response from the system became an important part of the training process.

In [8], it is shown that the performance of AF relay power control with full CSI can be approached with small amount of feedback information.

This is mainly due to low-cost implementation and small amount of feedback information required, in comparison with other precoding methods [4].

MBSFN needs a small amount of feedback, but the received SNR of users is poor, because the downlink signal from the BSs may interfere with each other and the users can only receive the signal through a broadcast reception mode.

Numerical results are provided to confirm that the random beamforming withthe proposed CQI quantizer provides higher throughput and better fairness amongusers than conventional schemes under small amount of feedback.

Antenna selection (AS) or relay selection (RS) strategies have been designed to achieve only the maximum diversity gain point of the optimal DM-tradeoff when a small amount of feedback is available from the destination for a two-hop relay channel in [2, 3, 18 23], and for a multi-hop relay channel in [24].

A small amount of feedbacks for additional syndrome bits of the LDPCA code are allowed to achieve the successful LDPCA decoding.

The resulting analysis shows that considerable performance gains can be achieved for a small amount of phase feedback information, such that the overall performance approximates the ideal case with full phase feedback information.

In electrical and control systems engineering, a small amount of positive feedback, as long as the gain of the system is less than 1 (i.e. a small amount of noise does not cause the system to oscillate or swing to one extreme or another), can dramatically increase both the sensitivity and the response time of a system83.

Our analysis revealed that notable gains can be achieved in all performance measures when using a small amount of phase feedback information in the DBF algorithm that is configured in the second hop of our cooperative system scenario.

Our analysis reveals that the achievable end-to-end performance when using a small amount of phase feedback information (per RS in the second hop) is very close to the full phase information upper bound, paving the way to the use of massive DBF architectures as a practical way to cope with high data rate demands of future wireless systems.