Chapter 4 presents various dedicated methods that support variability handling in the design process. Using these methods, the designer can analyze the effect of variations on his design and identify possible improvements
This dissertation presents a new statistical analysis technique to analyze nested design, which is c...
Understanding variation is a crucial aspect of managing and improving any manufacturing or product d...
Although primarily studied in the context of product lines, variability is a key fact about most sys...
It is well known that customers have varying needs and wants and thus expect to have a broad spectru...
This paper describes a statistically based engineering method, variation mode and effect analysis (V...
In the design of complex and variable software systems, one of the key steps is to select the variab...
<p>Variation values of the parameters of the typical design points relative to the original shape (1...
A flexible design methodology is developed to minimize the effect of uncontrolled variation by model...
Development of software product families relies heavily on the use of variability to manage the diff...
AbstractA major challenge for software reuse is developing components that can be reused in several ...
Abstract. Flexibility is one of the major quality aspects that are required for today’s applications...
Reducing variation in key product features is a very important goal in process improvement. Finding ...
The digital exploration of design variations is a key procedure in the embodiment phase of engineeri...
In this paper, we investigate the possibility to facilitate the preparation of robust design experim...
The management of variability in software product lines goes beyond the definition of variations, tr...
This dissertation presents a new statistical analysis technique to analyze nested design, which is c...
Understanding variation is a crucial aspect of managing and improving any manufacturing or product d...
Although primarily studied in the context of product lines, variability is a key fact about most sys...
It is well known that customers have varying needs and wants and thus expect to have a broad spectru...
This paper describes a statistically based engineering method, variation mode and effect analysis (V...
In the design of complex and variable software systems, one of the key steps is to select the variab...
<p>Variation values of the parameters of the typical design points relative to the original shape (1...
A flexible design methodology is developed to minimize the effect of uncontrolled variation by model...
Development of software product families relies heavily on the use of variability to manage the diff...
AbstractA major challenge for software reuse is developing components that can be reused in several ...
Abstract. Flexibility is one of the major quality aspects that are required for today’s applications...
Reducing variation in key product features is a very important goal in process improvement. Finding ...
The digital exploration of design variations is a key procedure in the embodiment phase of engineeri...
In this paper, we investigate the possibility to facilitate the preparation of robust design experim...
The management of variability in software product lines goes beyond the definition of variations, tr...
This dissertation presents a new statistical analysis technique to analyze nested design, which is c...
Understanding variation is a crucial aspect of managing and improving any manufacturing or product d...
Although primarily studied in the context of product lines, variability is a key fact about most sys...
DOI
Add to ORKG