Sentence examples for much lower implementation from inspiring English sources

On the other hand, applying linear MIMO detectors such as simple zero-forcing (ZF) or minimum mean squared error nulling techniques to extract soft bits require much lower implementation complexity, as a result of significant performance trade-off.

We did not integrate further components (60 400 ms) since their weight was much lower and its implementation by relay neurons seemed less realistic.

Our results show that there is a considerable variability in the implementation of children's rights as perceived by nurses: while some rights seem widely respected (right to have a parent with them, right to play and to have toys), others have much lower levels of implementation (right to express informed assent or dissent, right to continue school).

Therefore, the key question is: can the efficacy demonstrated in clinical trials be replicated in normal clinical working conditions, with much lower resources for the implementation of these types of programmes and interventions?

Simulations were run on a Linux machine with a quad-core AMD 64-bit processor and 4 GB memory, though the minimum requirements for the implementation are much lower.

Table 3 summarizes the ratio of spectral efficiency and the implementation complexity of the proposed BF to those of the ZFBF according to N. It can be seen that when N=7, the proposed BF provides the same average spectral efficiency as the ZFBF, while requiring implementation complexity much lower than the ZFBF.

The overhead in processing gaps this way is much lower as described in the implementation section.

Although the level of achieved energy savings is slightly lower than achievable energy savings when using state-of-the-art optimization algorithms, the amount of signalling required to implement these macro-assisted techniques is much lower and makes them suitable for implementation in real network deployments.

The tests show that our algorithm is able to reach the accuracy of other existing GB implementations, while offering much lower computational cost.

In this study we found the Taiwanese who were born after the implementation of nationwide disposable tableware use had a much lower seroprevalence rate of hepatitis A than that among those who were born before the implementation.

However, the hardware implementation reveals that this architecture incurs much lower hardware overheads relative to traditional architectures while it provides higher error detection/correction efficiency.