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This paper researched the traffic of optical networks in time-space complexity,proposed a novel traf-fic model for complex optical networks based on traffic grooming,designed a traffic generator GTS(gener-ator based on time and space)with “centralized+distributed” idea,and then made a simulation in Clanguage.Experiments results show that GTS can produce the virtual network topology which can changedynamically with the characteristic of scaling-free network.GTS can also groom the different traffic andtrigger them under real-time or scheduling mechanisms,generating different optical connections.Thistraffic model is convenient for the simulation of optical networks considering the traffic complexity.
This paper researched the traffic of optical networks in time-space complexity, proposed a novel traf-fic model for complex optical networks based on traffic grooming, designed a traffic generator GTS (gener-ator based on time and space) with “centralized + distributed ”idea, and then made a simulation in Clanguage. Experiments results show that GTS can produce the virtual network topology which can vary dynamically with the characteristic of scaling-free network. GTS can also groom the different traffic and triggers them under real-time or scheduling mechanisms, generating different optical connections. Thistraffic model is convenient for the simulation of optical networks considering the traffic complexity.