Making trade-offs in architecture is a fundamental activity in software design. As software is required to operate continuously in changing and uncertain environments,adaptabilityneeds to be considered as a key issue, along with other more traditional software qualities. In this chapter, we introduce the concept of managing trade-offs in adaptable software architectures, discussing adaptability during the design of the software and as it runs. We outline important current approaches, challenges, and opportunities in managing these trade-offs
The earliest design decisions often have a significant impact on software quality and are the most c...
Software architecture, the underlying structure to a software system, is an asset which can be inves...
Software architectures for adaptive software systems should be flexible enough to allow components t...
Managing Trade-Offs in Adaptable Software Architectures explores the latest research on adapting lar...
Self-adaptive systems are those that, unlike traditional software systems, are engineered to be adap...
Method (ATAM), a structured technique for understanding the tradeoffs inherent in the architectures ...
Variability facilitates the design of software products that can be adapted for a wide range of cust...
Quality of software is one of the major issues in software intensive systems and it is important to ...
Software has an ever-growing place in our daily lives through the mobile, web, desktop and other app...
The paper discuss the innovative patterns such as subtraction, multiplication, division, task unific...
Building an adaptive software system that can cope with changing requirements and changing environme...
Software is rarely designed for ultimate adaptability, performance or reusability but rather it is a...
In many traditional industry applications, such as automotive, process automation and manufacturing ...
Developing adaptable systems is still a big challenge in software engineering. Different reference a...
Software systems are becoming inexorably more open, distributed, pervasive, mobile and connected. Th...
The earliest design decisions often have a significant impact on software quality and are the most c...
Software architecture, the underlying structure to a software system, is an asset which can be inves...
Software architectures for adaptive software systems should be flexible enough to allow components t...
Managing Trade-Offs in Adaptable Software Architectures explores the latest research on adapting lar...
Self-adaptive systems are those that, unlike traditional software systems, are engineered to be adap...
Method (ATAM), a structured technique for understanding the tradeoffs inherent in the architectures ...
Variability facilitates the design of software products that can be adapted for a wide range of cust...
Quality of software is one of the major issues in software intensive systems and it is important to ...
Software has an ever-growing place in our daily lives through the mobile, web, desktop and other app...
The paper discuss the innovative patterns such as subtraction, multiplication, division, task unific...
Building an adaptive software system that can cope with changing requirements and changing environme...
Software is rarely designed for ultimate adaptability, performance or reusability but rather it is a...
In many traditional industry applications, such as automotive, process automation and manufacturing ...
Developing adaptable systems is still a big challenge in software engineering. Different reference a...
Software systems are becoming inexorably more open, distributed, pervasive, mobile and connected. Th...
The earliest design decisions often have a significant impact on software quality and are the most c...
Software architecture, the underlying structure to a software system, is an asset which can be inves...
Software architectures for adaptive software systems should be flexible enough to allow components t...