Two subcarrier pairs are selected from the best, moderate, and poor subsets for performance comparison.
The system experiences high outage in the low SNR regime as it is mostly dominated by moderate and poor subsets of subcarrier pairs.
The analysis shows that ordered SCM schemes results in categorization of subcarrier-pairs into best, moderate, and poor subsets of pairs.
To describe the outage probability, three subsets, i.e., B = { k : k ∈ { 1, …, N } ∧ P out k ≤ 0.1, ∀ k }, M = { k : k ∈ { 1, …, N } ∧ 0.1 < P out k < 0.9, ∀ k }, and P = { k : k ∈ { 1, …, N } ∧ P out k ≥ 0.9, ∀ k } of indexes are defined as best, moderate, and poor subsets of subcarrier pairs, respectively.
But a poorer subset of our society will remain vulnerable.
Figure 1 shows some sample frames of various actions from the downsampled KTH dataset, compressed YouTube dataset and "poor" quality subset of the HMDB subset.
It is postulated that the low probability of E2F pathway deregulation, in the context of PI3K, Myc and β-catenin pathway deregulation, is promoting tumorigenesis in this poor prognosis subset of young women with breast cancer.
The reported positive correlation between Src activity and hormone receptor status provides a potential explanation for the low probability of Src pathway, in the context of PI3K, Myc and β-catenin pathway deregulation, among the poor prognosis subset of young women in our analysis.
Whether RUNX2 is acting as a neutral biomarker for this poor prognostic subset or actively contributing to its more aggressive phenotype remains to be determined.
