In this paper, we propose an approach and a domain-specific language (DSL), named IIS⁎CFuncLang, aimed at enabling a complete specification of application-specific functionalities at the PIM level.
In order to support specification of application-specific functionalities using IIS⁎CFuncLang, we have also developed appropriate tree-based and textual editors.
Domain design is the next step after the specification of applications and components in video surveillance domain and its main goal is developing a common architecture for the video surveillance family of products.
BioAPI: This standard describes the specifications of an Application Programming Interface (API) in order to accommodate for a large number of biometric systems, sensors, and applications.
Considering the heterogeneous aspect of a sensor node, the developed model allows comparing different node configurations in order to make the best choice of components according to the specifications of the application.
The maximum operating frequency of a PE in the proposed architecture has been found to be 184.010 MHz, which meets the timing specifications of several application standards, such as DVB-T/H, DAB, 802.11a/n and UWB.
Still, issues such as study populations, test methods and rationale, technical specifications for application of the test, statistical methods for comparing measures of accuracy and uncertainty, estimates of diagnostic accuracy, variability and clinical applicability 25 are relevant also for our analysis.
It offers a categorization of individual applications by their technical feature sets and concludes with an outlook on potential specifications of future applications.
We present a concurrency model that allows reasoning about concurrency in executable specifications of streaming applications.
The specifications of these applications, which we used to define test requirements, were either documented in the original reports or were elaborated after analysing the source code.
