Yamamoto et al. (2012) and Abramovich and Cho (2015) demonstrated how the appropriate use of digital technology tools can motivate problem-posing activities and evaluate the learner's performance by assessing the number of posed problems.
A motivating problem with discrete probabilities is used to illustrate the concept of VOI.
We need to further elaborate on the motivating problem, and to also introduce additional notation.
Note that although our motivating problem is the one of fingerprinting software, we describe the protocols generically for "digital artifacts".
The motivating problem is to find sufficient conditions on a symbol which ensure that the corresponding operator has singular values with a prescribed rate of decay.
In this paper, motivated by a problem described next, we put forward and investigate (both theoretically and numerically) a general model for pricing within the two-period framework that naturally arises in the context of the motivating problem.
As an application and as the motivating problem for the study, the natural frequencies and vibration modes of a ring gear used in helicopter planetary gears with unequally spaced planets are investigated.
The main motivating problem of this paper is to introduce the notion of vague product (sum) of a finite number of real numbers in vague arithmetic, and to point out their fundamental properties.
