The phrase "a hierarchical frame" is correct and usable in written English.
It can be used in contexts discussing structures, systems, or models that are organized in a ranked or layered manner.
Example: "In our analysis, we will utilize a hierarchical frame to better understand the relationships between different levels of management."
Alternatives: "a tiered structure" or "a layered framework".
People tut-tutting about media dons need to get over themselves and stop assuming the difference between professional and popular science sits on a hierarchical frame that places the former on top.
Temporal prediction is carried out using a hierarchical frame organization, similar to the prediction structures used in [5, 12, 26].
In [92] the authors propose a hierarchical frame selection scheme which considers semantic relevance in video sequences at different levels computed from compressed wavelet-based scalable video.
When comparing F-scores for the hierarchical and the compositional frame structure in Figure 5, we find a small but significant overall improvement for using a hierarchical frame structure instead of a compositional one, i.e. t(179)=12.4,p<0.001, with an absolute average improvement in F-score of 3.3%.
Nevertheless, overall results are in favour of the hierarchical approach, confirming our hypothesis that using additional knowledge in the form of a hierarchical semantic frame structure is an effective method to boost performance.
We will investigate two approaches for the validation of frame structure on the database PATCOR; one is the compositional standard shown in Table 3 and employed in [18], and the second one is a hierarchical semantic frame structure with one additional level shown in Table 6.
The standard specification defines hierarchical framing with three layers so as to match the 3GPP Long-Term Evolution (LTE) framing.
In real biological organism, protein complexes frame a hierarchical organization.
Take into account that temporal scalability is available in any video codec that enables a hierarchical structure of reference frames in a group of pictures, but SVC includes control headers to identify temporal layers.
A hierarchical modeling of planar steel frames that is based on a weak coupling of shell and beam computational models is studied in detail.
Post-classification comparison of land cover maps of 1972 and 2010 was used to quantify the level of persistence, net gains, losses and swaps among urban, natural vegetation, and agriculture categories; framed in a hierarchical land use/cover classification.
