The proposed categories provide an intuitive and fundamental terminology for detecting concern-oriented design flaws and identifying refactorings in terms of recurring crosscutting structures.
Taken together, these observations show students have learned some fundamental terminology but struggle as they are asked to apply this knowledge and predict behavior of compounds in new situations.
However, the evaluation of raw material supply is currently hampered by inconsistent use of fundamental terminologies and incomplete assessment criteria.
Some fundamental terminologies are presented as follows.
This chapter gives very basic examples to allow the electrical engineer to understand the fundamental principles and terminology involved rather than the specific methodologies.
This chapter provides an introduction to the fundamental principles and terminology used in the field of supervisory control and data acquisition (SCADA) systems.
This paper presents a brief survey of the fundamental ideas and terminology underlying these types of investigations, covering such concepts as strange attractors, fractal dimensions and self-organized criticality.
Despite similarities between these models, disagreement remains concerning the fundamental principles and terminology used, which has caused difficulties in developing a consistent evidence base to guide research (Bakas et al., 2012).
This chapter introduces the fundamental hardware concepts and terminology of middleware.
The goal of this review is to describe the fundamental physics and the associated terminology underlying these technologies.
