Sentence examples for delay optimization from inspiring English sources

However, even in case of optimal lead placement, VV delay optimization can be of importance: some patients exhibit a significant delay between LV pacemaker stimulation and LV depolarization which can be counteracted by pre-exciting the LV pacing lead relative to the RV pacing lead (Fig.  5).

For VV delay optimization, it is assumed that ventricular activation is optimal when the two depolarization wave fronts from right and left ventricular leads meet near the interventricular septum.

Minimizing weighted average delay is a good approximation for MinMax delay optimization.

We also compared the results of SPFD-based rewiring with ATPG-based rewiring, which is another most commonly used rewiring technique for FPGA delay optimization.

Simulation results for the 45 nm technology node prove that the expected delay of the proposed wire segmentation structure has up to 53% better performance compared with the buffered interconnects constructed with only the end-to-end delay optimization.

Therefore, the delay optimization should be considered in the multichannel superframe design.

With respect to power-aware processor design, the challenge is to develop an energy-delay optimization framework, which includes some methods for the energy-delay product (EDP).

Instead they built dashboards to analyze the performance; they always put lefts on values (like failed log-ins etc); and they kept some slack such as: extra queries were memcached, and delayed optimization of SQL queries.

A joint energy efficient routing with minimum delay scheduling optimization model is proposed in this paper.

But could a substantial proportion of these benefits arise not from ventricular resynchronization but from favorable shortening of AV delay ("AV optimization") which cannot be termed "resynchronization" unless the meaning of the word is stretched to cover any change in timing, thus, rendering the word almost meaningless.

This paper has proposed a controller design method for networked control systems with network induced delays by using LMI-based delay-dependent optimization.