The Simulation Research On The Effect Of Nets Connection Settlement To The Market Structure

With the "three nets fusion" put forward, the communication among broadcasting and television net\telecommunication net and the internet will be more frequent, the importance of interconnected also will increasingly prominent. The interchange is the necessary foundation for integration, it’s very important to ensure effective interconnect between nets, cause its not only related to the benefit of china telecom operating company, but also related to the users’benefit. Many factors like policy and technology has caused the current state of the unbalance of market competition. Competition between operation enterprise will upgrade with the broadcasting and television net’s join in. The dominant operator is likely to use of their own advantages to expand their occupancy rate. In conclusion, how to establish an effective the order of market competition to promote "three nets fusion" positive development, has become the regulators will’s challenge.Nets interconnected regulation involves many aspects, nets settlement is one of its core problems. This paper how the influence from nets settlement’s will make to market structure as a target, using the system dynamics model, according to the influence from the cost to the price and the other trigger activities by them, do the causal structure analysis. And by means of the existing statistical data to point out the relationship among variables, through the five simulation scheme contrast evaluation.This paper analysis shows that:In unbalanced market pattern, asymmetric settlement policy between the nets can control the market situation in a certain extent. But due to the limitation of the price adjustment mechanism, still cannot promote the market return to equilibrium. In the present China’s telecom market, maintain the current settlement price policy still apply, raise prices or settlement policy will hurt each market and social Property Welfare. At the end, the paper also according to different simulation results puts forward corresponding supervision policy Suggestions.