Aspect-oriented programming (AOP) enables the programmer to modularize concerns that cut across other concerns. Adaptive programming (AP) enables the programmer to practice concern-shy programming. A program is concern-shy if it hides the details of a certain concerns it cuts across, and as a result exhibits adaptive behavior. AP can be viewed as an instance of AOP in several ways, and vice-ver...

Aspect-Oriented Programming (AOP) promotes better separation of concerns in software systems by introducing aspects for the modular implementation of crosscutting concerns. As a result, modularity and adaptability of software systems are greatly enhanced. To date, very few AOP proposals take distribution into account. This paper considers the explicit introduction of distribution in AOP, by pro...

The way Design Patterns (DP) are implemented may affect the modularity of a software system, due to some typical deficiencies of Object Oriented (OO) languages. Aspect Oriented Programming (AOP) provide patterns’ developers with powerful quantification constructs to better handle modularity and composition and to overcome some of the OO design trade-offs in current DP implementations. In this p...

AOP is widely accepted as a language concept to improve separation of concerns, but it has often been pointed out that an encompassing theory of aspect composition is as yet missing. We define an abstract metamodel in which we capture the elements that we believe are the typical aspect oriented programming concepts. Also, these elements are crucial to the understanding of the semantics of AOP l...

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 tool presentation paper, we briefly overview this area and present Reflex, a tool for flexible metaprogramming and AOP in Java. Based on ...

Aspect-Oriented Programming (AOP) promotes better separation of concerns in software systems by introducing aspects for the modular implementation of crosscutting concerns. It is therefore not surprising that the distribution concern is recently being addressed from anAOP point of view, and finallymaterialized in AOP frameworks like ReflexD or languages like AWED. The motivation of this paper i...

Design patterns are general solutions for recurring problems and used to develop flexible, reusable and modular software with Object-Oriented Programming (OOP). Prior studies have shown a lack of modularity in object-oriented design patterns. AspectOriented Programming (AOP) aims at improving flexibility, reusability, and modularity in object-oriented designs. In a case study Hannemann and Kicz...

Aspect-Oriented Programming (AOP) addresses limitations in the Object-Oriented (OO) paradigm relating to modularisation of crosscutting behaviour. In AOP, crosscutting behaviour is expressed as aspects that are integrated with a base program through a weaving process. Many language-specific AOP models already exist, requiring the programmer to work with a single language for base and aspect pro...

Objective: Mueller-Hillis maneuver (MHM) and angle of progression (AOP) measured by transperineal ultrasound have been used to assess fetal head descent during the second stage of labor. We aimed to assess whether AOP correlates with MHM in the second stage of labor. Method: A prospective observational study including women with singleton pregnancy in the second stage of labor was performed. ...

NASA is developing a flight deck decision support tool to support research into autonomous operations in a future distributed air/ground traffic management environment. This interactive real-time decision aid, referred to as the Autonomous Operations Planner (AOP), will enable the flight crew to plan autonomously in the presence of dense traffic and complex flight management constraints. In ass...