The phrase "address this prediction" is correct and usable in written English.
You can use it when referring to the need to discuss, respond to, or consider a specific prediction in a conversation or analysis.
Example: "In our next meeting, we should address this prediction to ensure we are prepared for potential outcomes."
Alternatives: "tackle this prediction" or "respond to this prediction".
Tsakias et al. address this prediction task as a two-steps classification problem: predict if news articles will receive comments and if they do, if the number of comments will be high or low [71].
Mice with genetic manipulations in their antioxidant defense system designed to directly address this prediction have, with few exceptions, shown no change in life span.
To address this prediction, it will be of great importance to examine the aging process and the lifespan of ANKI mice that have increased levels of circulating eNAMPT.36 ANKI mice are predicted to preserve hypothalamic NAD+ and function longer than control wild-type mice and show significant delay in aging and possibly lifespan extension.
To address this prediction, we provided naïve crows with access to a mirror (Figure 1b) so they could potentially follow the meat's movement from a side-on angle when pulling the string in the visual-restricted task.
To address this, predictions from in silico ligand-RAR docking calculations and molecular dynamics simulations for a small library of stable, synthetic retinoids (designated GZ series) containing a central thiazole linker structure and different hydrophobic region substituents, were tested using a ligand binding assay and a range of cellular biological assays.
Further research is required, however, to address this specific prediction.
To address this question, predictions for single attributes were generated using information gain ratio.
This paper addresses the prediction of the carbonation-induced corrosion service life of structural lightweight aggregate concrete (SLWAC) by means of a performance-based approach.
This paper addresses the prediction of the median peak floor acceleration (PFA) demand of elastic structures subjected to seismic excitation by means of an adapted response spectrum method.
