Sentence examples for performance margin from inspiring English sources

Experimental results also show a significant performance margin over the existing consistency based algorithms.

Again, this is because of the considerable performance margin of Super-VHS, which helps avoid losses in transfer.

Moreover, the performance margin increases as the volume of ship traffic increases [2].

Because there is no harmful ordering in TPC-C,1 the little performance margin between PARE and original transaction pipeline comes from the runtime overhead of PARE.

With respect to [3], we add details on our performance models, in comparison with other modeling approaches, as well as on the mathematical derivation of the performance margin evaluation algorithm used in our robust optimization.

While (text {OAS}_{text {mg}}) shows negligible differences between Case 1 (known node thresholds) and Case 2 (unknown node thresholds), for (text {OAS}_{text {tg}}), knowledge of node thresholds provides a substantial additional performance margin (compare left panels to right panels in Figs. 20 and 22).

Design engineering, escape systems, and performance margins may assume greater importance in space safety technology in the future.

To optimal settings must balance three aspects: (1) comfort, (2) energy efficiency, and (3) performance margins on order to be able to quickly adapt to unexpected disturbances.

The lower operating time fraction will increase performance margins for some systems, for example, the Torus Exhaust Gas Processing System (TEGPS) which was designed to meet a specified daily release rate for the FDR design conditions which were more onerous than RTO/RC-ITER.

Mr. Russell noted the "razor thin" profit margins of the Iraq contracts, which range from a base level of 1percentto2percentcent and slightly higher depending on the company's performance; margins climb to10percentnt for other jobs like building liquefied natural gas terminals.

Aerospace system requirements over the last decade have continued to evolve toward higher levels of performance at lower cost, incurring a major challenge for system developers; how to balance conflicting performance and cost requirements and understand their impact on performance margins as well as the manufacturability characteristics of the design.