Semantic driven code generation for networking testbed experimentation

This paper investigates how semantic technologies can be used for automatic code generation with a goal to provide easier to use and more efficient working environment to users of large complex infrastructures such as networking testbeds. A new Semantic Driven Code Generation (SecGENE) approach is proposed in the light of a testbed-driven experimentation. The target use-case scenario focuses on heterogeneous telecommunication systems and optimal spectrum usage. The SecGENE approach is examined on the example of semantic coordination process in an environment containing coordinated as well as uncoordinated WiFi networks. Abbreviations: CLOnt - Command Line ontology; ExFOnt - Experiment Flow Ontology; MSAO - Meta System Architecture ontology; NVF - Network Virtualization Function; OEDL - OMF Experiment Description Language; OMN- Open-Multinet ontology; RDFO - A standard W3C Resource Description Framework ontology; SOEDL- Semantic OEDL