The interrelationship and the clustering structure among the observed targets and the candidates are exploited by using a self-expressive scheme with a low-rank constraint.
This paper focuses on the integration of the (also integrated) declarative paradigms of functional-logic and fuzzy-logic programming, in order to obtain a richer and much more expressive programming scheme where mathematical functions cohabit with fuzzy-logic features.
While more precise and expressive tag schemes seems to perform better in combination with finer tokenization, the most representative IOB12Ef remains the worst of all schemes.
In this paper, we revisit this problem, and present an expressive CP-ABE scheme supporting partially hidden access structures in the prime-order groups with improved efficiency.
They show that if representation languages are sufficiently expressive, then axiom schemes characterizing knowledge and belief give rise to paradox.
To our knowledge, there has been little attention paid to the design of expressive CP-ABE schemes with partially hidden access structures in the prime-order groups.
Though a number of CP-ABE schemes with partially hidden access structures have been proposed, most of them only enable restricted access structures, whereas several other schemes supporting expressive access structures are computationally inefficient due to the fact that they are built in the composite-order groups.
A quick comparison of SDL with the seminal system in von Wright 1951 can be found in the supplemental document von Wright's 1951 System and SDL Regarding SDL's expressive powers, advocates typically endorse the Traditional Definitional Scheme noted earlier.
For one thing, they are committed to some sort of scheme for reduction of expressive predicates to other terms, such as sonic or musical ones, and such a scheme is difficult to imagine (Budd 1985a, 31 6).
However, a more expressive and thus more complex annotation scheme allows for better representation of the discourse structure of the articles so as to identify hypotheses and relevant evidence (see Section 1).
The second system is "expressive".
