Sentence examples for for practical network from inspiring English sources

Since real networks always have limited size, these asymptotic results provide very limited information for practical network design.

The other strength is to generate sequences of input synthetic anomaly teletraffic with various network attacks for practical network security applications.

The NARX architecture is specialised and adapted to cylinder pressure reconstruction, using a fully-recurrent training methodology which is needed because the alternatives are too slow and unreliable for practical network training on production engines.

The case that all samples within a training data set can be labeled as positive or negative is therefore rarely given for practical network inference problems, and supervised methods are limited to small training data sets, which negatively affects their performance.

For practical networks, this assumption does not necessarily hold.

The results obtained for these two types of networks can serve as performance bounds for practical networks, which usually use a combination of these two topologies.

The MSE performance of these two types of networks can serve as lower and upper bounds for practical networks, and their difference gradually diminish as the correlation coefficients increase.

Motivated by the regular theoretical derivation that was obtained in the two-CTP case, we also extend the derived results into an arbitrary K-CTP case, an scenario that can be considered more significant for practical networks.

These studies have indicated that the range of the transitional regional (in SINR) can exceed 10dB for various types of practical networks including IEEE 802.11a wireless mesh [3, 7] and other low-power multihop sensor networks [2, 4].

From the explanations given above, it can be said that heuristics and meta-heuristics are indeed powerful tools for obtaining solutions, especially for large, practical networks.

Through analysis and Mote (Telosb) experiment, we show that DW-LPL provides more energy saving than LPL and our adaptive listening scheme is effective for energy conservation in practical network topologies and traffic patterns.