The phrase "robust pursuit" is correct and usable in written English.
It can be used to describe a strong and vigorous effort or endeavor in various contexts, such as business, research, or personal goals.
Example: "The company's robust pursuit of innovation has led to groundbreaking advancements in technology."
Alternatives: "vigorous pursuit" or "strong pursuit".
His English biographer Ian Thomson suggests that Levi developed a sense of himself as physically and sexually inadequate, and that his subsequent devotion to robust athletic pursuits, such as mountaineering and skiing, represented a self-improvement project.
Gentille and Fraternité splitting from Gloire to the west with the ships of the line HMS Hannibal and HMS Robust in close pursuit while Gloire swung northwest, eluding most of the British squadron except for the 32-gun frigate HMS Astraea under Captain Lord Henry Paulet, which managed to stay in contact throughout the afternoon.
After projecting the data into the subspace of the direction with the highest robust variance, projection pursuit searches for an approximation of the next eigenvector which is assumed to be orthogonal to the previous one.
FEF neurons that responded during gaze-pursuit exhibited a wide range of modulation, from weak to robust, during head-pursuit (target stationary in space).
We developed a proprietary image-processing algorithm in pursuit of robust and precise identifications of individual cells in subconfluent culture of adherent cells, and demonstrated the advantage of the QIC technique over the HCS technique in the analysis of cell-to-cell variations within a population of adherent cells.
Furthermore, we compute a robust PCA using projection pursuit [ 26].
The data also define the critical next steps in pursuit of a robust method of viral fingerprinting, namely, overcoming the challenges imposed by a complex and dynamic sample matrix.
In the second part of this paper, we show how our differential game framework can be applied not only to solve pursuit-evasion and robust optimal control problems, but also to assess the effectiveness of a model reference adaptive control law.
We evaluate our method with orthogonal matching pursuit, principal component analysis, robust principal component analysis and back propagation neural network, using both synthetic and real world data, and obtaining very low false-alarm probabilities in comparison.
