Abstract: In this article, the PROBAnD requirements engineering method, which is specialized towards the domain of building automation systems, is presented. The method bases on object-orientation to handle complexity, reuse to gain efficiency as well as product quality, and prototyping to enable test-based verification and valida-tion early in the development process. To demonstrate the applicability and efficien-cy of this method, the results of an extensive case study are introduced.
The increasing industrialization and standardization of construction opens up for the field of desig...
The early design steps are important in developing industrial control systems. In critical applicati...
One of the primary technical barriers to construction automation is the inability of advanced manufa...
A generic approach to the formal specification of system requirements is presented. It is based on a...
Buildings today are becoming more and more advanced and the demands on building services are increas...
A tailored real time temporal logic for specifying requirements of building automation systems is in...
Building automation systems are used to meet the increasing requirements for energy efficiency and s...
In recent years the AEC industry has started implementing more new technologies. Still, the adoption...
There is a strong push towards smart buildings that aim to achieve comfort, safety and energy effici...
Transformation of performance requirements to technical solutions and production parameters is centr...
Parametric modeling has been proposed as an effective means to embed domain expertise in models of b...
Success of the project depends on compliance to requirements amongst other things (Wheeler, 2003). T...
In this paper, the authors present an engineering approach for generating automation system solution...
Design automation can be a powerful tool in the continuous endeavour to cut lead times, workloads, a...
The evolution in the design process is usually based on the choice of a method for designing the sys...
The increasing industrialization and standardization of construction opens up for the field of desig...
The early design steps are important in developing industrial control systems. In critical applicati...
One of the primary technical barriers to construction automation is the inability of advanced manufa...
A generic approach to the formal specification of system requirements is presented. It is based on a...
Buildings today are becoming more and more advanced and the demands on building services are increas...
A tailored real time temporal logic for specifying requirements of building automation systems is in...
Building automation systems are used to meet the increasing requirements for energy efficiency and s...
In recent years the AEC industry has started implementing more new technologies. Still, the adoption...
There is a strong push towards smart buildings that aim to achieve comfort, safety and energy effici...
Transformation of performance requirements to technical solutions and production parameters is centr...
Parametric modeling has been proposed as an effective means to embed domain expertise in models of b...
Success of the project depends on compliance to requirements amongst other things (Wheeler, 2003). T...
In this paper, the authors present an engineering approach for generating automation system solution...
Design automation can be a powerful tool in the continuous endeavour to cut lead times, workloads, a...
The evolution in the design process is usually based on the choice of a method for designing the sys...
The increasing industrialization and standardization of construction opens up for the field of desig...
The early design steps are important in developing industrial control systems. In critical applicati...
One of the primary technical barriers to construction automation is the inability of advanced manufa...