The phrase "algorithms to include" is correct and usable in written English.
It can be used when discussing specific algorithms that should be part of a larger set or framework, often in a technical or academic context.
Example: "In our research paper, we will outline the algorithms to include in our analysis of data processing techniques."
Alternatives: "algorithms to incorporate" or "algorithms to consider".
They are extending RLlib's algorithms to include multi-agent support.
Using these strategies, we create modified versions of the backfill and replication algorithms to include all three pro-active strategies to ascertain each of their effectiveness in the prevention of job failures during execution.
Third, we generalize the maximum likelihood based Baum-Welch algorithm and the minimum classification error/gradient probabilistic descent (MCE/GPD) learning algorithms to include stream relevance weights.
Recognizing the importance of contextual knowledge about a user for personalization, additional methods to define, capture and organize contextual information effectively, extension of the architecture and algorithms to include more information from a user and assessments of effects of such inclusion on personalized experience are one of the future directions of our research.
From the computational point of view, this requires the extension of RNA folding algorithms to include intermolecular as well as intramolecular base pairs.
We did not find any material differences in the results of our analyses when we used algorithms to include personal consumption or bathing and showering data compared with the use of DBP concentrations in tap water alone (data not shown).
At this point, the results from this analysis did not justify modifying the study algorithm to include a PSAV calculation.
It wouldn't make sense to treat desktop searches in the same way as a smartphone search, or change the main algorithm to include mobile results, as this breaks the user experience (and may also slow Google down).
For registration, we extend a state-of-the-art registration algorithm to include topological information from approximate surface reconstructions.
Ideas for extending the algorithm to staggered-grid radiation-hydrodynamics are discussed as well as ideas for generalizing the algorithm to include inequality constraints.
The MSHAKE algorithm, which is applied by modifying the leapfrog algorithm to include forces of constraint, computes an initial estimate of constraint forces, then iteratively corrects the constraint forces required to maintain the fixed distances.
