We enumerate a few reasons why queue- and channel-aware schedulers should be considered.
For examples of a t-norm satisfying the above conditions, we enumerate a ∗ b = a b, a ∗ b = min { a, b } and a ∗ b = a b / max { a, b, λ } for 0 < λ < 1, respectively.
Through a comprehensive analysis of the body of liposomal vaccine literature, we enumerate a series of principles that can guide the rational design of liposomal vaccines to elicit immune responses of a desired magnitude and quality.
We enumerate a collection of 1, 2, 3, and 4-arity gates/cogates that represent constraints, and define a class of constraints that is possible under the assumption of a "bridge" between two particular basis changes.
As examples of t-norm satisfying the conditions above, we enumerate a ∗ b = a b, a ∗ b = min { a, b } and a ∗ b = a b / max { a, b, λ } for 0 < λ < 1, respectively.
For examples of t-norm satisfying the conditions (T1 - T4), we enumerate a ∗ b = a b, a ∗ b = min { a, b } and a ∗ b = a b / max { a, b, λ } for 0 < λ < 1, respectively.
Based on this grid partition of an angle, we enumerate a finite set of possible source locations Θ = {ϑ 1,…, ϑ Q } and further form an over-complete angle dictionary Ω = {a(ϑ 1),…, a(ϑ Q )} in which the form a(ϑ j ) is similar to that of the steering vectors.
To characterize these networks, we enumerate a set of properties well known in the literature [4] affecting organization, operation, and management: There is no fixed topology: the devices are mobile and may move around freely in and out of each other's range.
First, we enumerated all pregnant and lactating mothers in each of the study communities using a five-item short questionnaire that we designed.
Also, we consider the enumeration problem in which we enumerate all strings corresponding to an input tree and links.
