Sentence examples for computational reflection from inspiring English sources
Computational reflection is a programming language technique that is commonly used to achieve the development of this kind of systems.
The basic principles of object-oriented programming and simulation software efficiency, reuse, extensibility and evolvability are analyzed and the concepts of computational reflection and frameworks are explored.
Advanced programming techniques such as metaprogramming and computational reflection, as well as the more recent paradigm of aspect-oriented programming (AOP), serve important objectives of software engineering such as modularization and adaptability.
In this paper we study a particular form of computational reflection, called unanticipated partial behavioral reflection (UPBR), which is particularly well suited for unanticipated adaptation of real-world systems.
In particular, we will focus on how adaptation services can be used to improve dependability in instrumented cyber-physical systems based on the principles of "computational reflection".
Most of our implementation uses software engineering designs (e.g., interfaces and abstract classes) and programming techniques (e.g., Java generic types) in order to reduce the use of computational reflection, since it introduces a considerable overhead at runtime [53, 54].
The study of the computational aspects of reflection, and especially the interaction between reflection and illumination, is of fundamental importance in both computer graphics and vision.
They are used to absorb and minimize reflections from computational boundaries and as forcing sponges to introduce prescribed disturbances into a calculation.
According to the classical theory, these terms play an important role to damp and minimize the acoustic wave reflections from computational boundaries.
These methods have very low dispersion errors and require precise boundary conditions to avoid numerical instabilities and to control spurious wave reflections at the computational boundaries.
Moreover, the addiction of one more interaction to the maximum number of reflections incurs impractical computational times.
