The phrase "algorithm complying" is not standard in written English and may cause confusion.
It could be used in contexts discussing algorithms that adhere to certain standards or regulations, but it is not commonly phrased this way.
Example: "The software update includes an algorithm complying with the new data protection regulations."
Alternatives: "algorithm adhering" or "algorithm conforming".
Table 1 elaborates most capable scheduling algorithms comply in IEEE 802.16.
For any input query protein, our algorithm complies with this requirement.
Word-length optimization (WLO) aims at the selection of the variables' word-lengths of an algorithm to comply with a certain output noise constraint while optimizing the characteristics of the implementation (e.g., area, speed or power consumption).
Most of the research published in the literature has focused on the development of light cryptographic algorithms that comply with the sensor node capabilities.
The signal can be reconstructed by simple linear calculation with the sampling matrix, without complying with optimization algorithm and prior knowledge.
This study emphasizes the importance of complying with the algorithm in confirming all Xpert rif resistant cases so as to ensure proper management of these patients.
The email added: "Our commitment to our clients' privacy has always been paramount, and in this regard your confidential information is stored in our state-of-the-art data centre, and any communication with our global network is handled through an encryption algorithm that complies with the highest world-class standards".
We propose a TDMA scheduling algorithm that complies to the characteristics of both, that is, it is flexible, but also makes use of a rigid framework.
To this aim, we present a distributed least-square algorithm that complies with the constraint of transmitting only integer data through the wireless communication, which often characterizes WSAN embedded architectures.
When aiming to derive a finite different algorithm that complies with these requirements, we start with the Liouville operator defined as (46) i L ≡ ∑ α = 1 3 N ∂ H ∂ p α ∂ ∂ q α − ∂ H ∂ q α ∂ ∂ p α, where i = - 1.
