Abstract. In this paper we show how design-level aspects can be used to encapsulate security concerns that can be woven into models of software designs. The aspect-oriented design technique described in this paper allows one to analyze the impact of security concerns on other functional concerns. We illustrate our technique using a small example.
Following the success of software engineering design patterns, security patterns are a promising app...
The separation of concerns principle [3], i.e., modularising concerns so that they may be realised a...
In this paper, we present an approach revolving around aspect-oriented software development (AOSD) f...
Developers of complex systems have to address concerns such as security, availability of services, a...
In the past 10 years, the research community has produced a significant number of design notations t...
Non-functional concerns are present in all software solutions and products. While the functional req...
Security plays a predominant role in software engineering. Nowadays, security solutions are generall...
As a security policy model evolves, the design of security systems using that model could become inc...
New emerging developments to build robust software, such as generative programming, domain specific ...
We propose a methodology, based on aspect-oriented modeling (AOM), for incorporating security mechan...
Aspect-oriented programming represents a –if not the most – promising approach to improve the softwa...
Abstract. Affecting multiple parts in software systems, security re-quirements often tangle with fun...
Recently, the need to improve the security of software has become a key issue for developers. The se...
Aspect-Oriented Programming represents a (if not the most) promising approach to improve the softwa...
Abstract. Security engineering deals with modeling, analysis, and implementation of complex security...
Following the success of software engineering design patterns, security patterns are a promising app...
The separation of concerns principle [3], i.e., modularising concerns so that they may be realised a...
In this paper, we present an approach revolving around aspect-oriented software development (AOSD) f...
Developers of complex systems have to address concerns such as security, availability of services, a...
In the past 10 years, the research community has produced a significant number of design notations t...
Non-functional concerns are present in all software solutions and products. While the functional req...
Security plays a predominant role in software engineering. Nowadays, security solutions are generall...
As a security policy model evolves, the design of security systems using that model could become inc...
New emerging developments to build robust software, such as generative programming, domain specific ...
We propose a methodology, based on aspect-oriented modeling (AOM), for incorporating security mechan...
Aspect-oriented programming represents a –if not the most – promising approach to improve the softwa...
Abstract. Affecting multiple parts in software systems, security re-quirements often tangle with fun...
Recently, the need to improve the security of software has become a key issue for developers. The se...
Aspect-Oriented Programming represents a (if not the most) promising approach to improve the softwa...
Abstract. Security engineering deals with modeling, analysis, and implementation of complex security...
Following the success of software engineering design patterns, security patterns are a promising app...
The separation of concerns principle [3], i.e., modularising concerns so that they may be realised a...
In this paper, we present an approach revolving around aspect-oriented software development (AOSD) f...