The present document provides the high level structure description of an ontology for interfacing and data exchange with IP traffic measurement devices. It is based on preceding work item GS MOI 010 [1] and meets the requirements presented in GS MOI 002 [2]. The different elements in IP traffic measurements will be organized into several ontologies that will be combined in order to obtain the final objective. When available and suitable@ standardized classes or ontologies will be used for specific tasks. The provided relationships and hierarchies of the ontology components will derive an organized conceptual model compatible with most precedent ones. They will also take into account the logical dependencies of parameters@ key performance indicators@ application descriptors@ business elements@ etc. The resulting high-level description will be flexible enough and well structured in order to allow for successive improvements with coherency. Service supervision@ QoS-driven network management and confidentiality constraints will be supported by the architecture. In addition@ a first approach for QoE-driven network management is also introduced in the present document@ at this stage focused on QoE monitoring@ based on which work is being carried out inside Eureka Celtic Call 8 project IPNQSIS (IP Network Monitoring for Quality of Service Intelligent Support) where different members of ETSI MOI are taking part. A structure of components or partial ontologies will be set up for modular treatment. It will allow practical mapping of individual modules and import/export operations with such modules. Interoperability of the ontology is an asset of the work performed in MOI so that the results can be used (partially) for other purposes aimed at in Future Internet challenges like support for virtualization and its application for service orchestration or to any tool for self-govern and autonomic systems.