Sentence examples for reusable solutions from inspiring English sources

We develop case studies to find common application scenarios, responsibilities, classes, methods, attributes and chunks of code, which we use to propose reusable solutions specified as patterns.

The proposed patterns should provide generic and reusable solutions and be flexible enough to be customizable at run time to the particular context of execution.

Thus, the UI often is developed in a rather ad hoc manner, thereby neglecting the potential of experimental design and creating reusable solutions.

In this paper we analyse the feasibility of designing and programming reusable solutions for implementing usability features that have a major impact on design.

In this section, we present the IoT interactions under a problem-oriented view, with the aim of showcasing some exemplary and reusable solutions to typical problems, thus responding to RQ3.

Our approach aims to overcome these limitations by: (1) using model-driven techniques to reduce the development effort associated to systematically apply reusable solutions for satisfying NFRs; and (2) using aspect-orientation to improve the modularization of these crosscutting concerns.

Whereas for high-level programming languages, commonly occurring problems are solved using design patterns, such general reusable solution alternatives are not yet available for IEC 61131-3.

Nevertheless, these reusable pattern solutions presents two shortcomings, among others: (1) they need to be applied manually; and (2) most of these pattern solutions do not use aspect-orientation, and, since NFRs are often crosscutting concerns, this leads to scattered and tangled representations of these concerns.

These pattern categories organise an e-business architecture into three layers business interaction, application infrastructure and middleware infrastructure and provide reusable design solutions to these layers in a top down decomposition fashion.

In particular, we present a methodology to augment system safety step-by-step, and systematically define and apply reusable design solutions for safety-critical real-time systems, expressed as SDL design patterns and components.

And, all of these models are up against long-term, reusable period solutions like Thinx period underwear (which can cost up to $39 for two tampons worth of absorption per use) and plastic menstrual cups like the Diva Cup (which retails for $40.99).