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Network performance engineering can verify the design and dimensioning of large-scale control networks like CSMA-based building automation networks. It combines performance analysis with diagnosis methods to evaluate the network utilization and to detect design errors before installation and can therewith save the expenses of overdimensioning and redesign. This paper will develop a diagnosis model...
Traffic models are very important for the performance evaluation of communications systems and decisive for the result quality. The usage of off-the-shelf devices in control networks permits also to use detailed, reusable device traffic models in performance prediction of the network design. However, this requires a high diversification of the device traffic models to support the high number of device...
Network performance engineering can verify the design and dimensioning of large size control networks like CSMA based building automation networks. It combines performance analysis with diagnosis methods to evaluate the network utilization and detect design errors before installation and can therewith save the expenses of overdimensioning and redesign. This paper will develop a diagnosis model based...
Developing building automation systems requires careful planning of the applications and the network topology. Editing a model with up to 32,000 nodes manually is very time-consuming. In this paper, an automated approach for modeling LonWorks networks is presented. As a basis the existing LNS network operating system which is suited for integration and management purposes is used. It contains all...
Traffic models play a decisive part in the performance evaluation and design of communications systems. However, the growing diversification of devices in large networks asks for automated generated traffic models. In this paper, we present a generic device model which is suited for automated generation in the domain of building automation. The traffic is deduced successive for common devices from...
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