Abstract
Advanced telecommunications technologies innovations evolve quickly and are often considered as a main component of critical and emerging applications such as Intelligent Transportation Systems (ITS) and Smart Grid (energy systems). The need of rapid deployment of these technologies requires their testing to assess their performance and if necessary seek appropriate configurations that optimize the QoS (Quality Of Service) of associated applications. Existing simulation tools for testing these technologies remain limited when it comes to appraise their innovations involving additional knowledge. We present in this paper a methodology to design and develop a tool for training and experimentation of technologies innovations such as telecommunication. Our approach is focused on the integration of virtual reality concepts based on object oriented modeling and 3 D techniques for realistic scenarios experiments. We also consider artificial intelligence techniques such as inference mechanisms to enable the integration of new knowledge of the technologies to be tested and their management.
Highlights
Innovations in information technologies such as telecommunications are more and more frequent while critical and emerging applications such as Intelligent Transport Systems (ITS) [1] and Smart Grids require their rapid deployment [2]
This paper is related to technologies experiencing continuous innovations and that are expected to be deployed rapidly in the context of critical applications
Facing the limits of current experimental environments, we define a methodology for the design of a new environment for experimentation
Summary
Innovations in information technologies such as telecommunications are more and more frequent while critical and emerging applications such as Intelligent Transport Systems (ITS) [1] and Smart Grids require their rapid deployment [2] Such deployment needs require performance testing of these technologies operating in environments that represent critical applications in a realistic way. These simulators hardly support extensions and require significant development efforts in order to add new components and behaviors depicting the new innovations of these technologies Another problem related to the use of existing simulators to test new technologies for the rapid deployment required by emerging applications is related to the limits to define realistic scenarios and contexts of their uses.
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