| Summary: | 碩士 === 朝陽科技大學 === 會計所 === 97 === “Network Economics” with its importance and foresightedness in the modern economic has already started to operate in the practice, but literature to support this domain in theory is still obviously insufficient. This research employed two theoretical models, i.e.,“ the generalization of access model ” and “the analysis of ECPR regulation” as a starting point to do the following studies.
1.Expand the firm number for the generalization of theoretical model existed in the literature on the subject of “access”. 2.Examine carefully the problems raised from multiple “indirect access” and resolve the blind spot existed in the literature which only covers “direct access”. 3.Proposes suitable theoretical analysis technology for the formulation pattern in “direct access pricing” and “ bypass access princing”.
This research also analyzes the suitability of “Efficient Component Pricing Rule” applied to “access pricing”, which could be beneficial to offering guidelines for government''s leadership while making decision on “access pricing”. First, in “ An generalization of access model ”, the traditional literature only discusses between two or three firm access behaviors which has its limit regarding the discussion complex network economic activities. Once the model is extended, this research discovers two main conclusions: (1)By comparison of its optimum problem of two, three and four firm and observing its rational structure for a bypass-access way with access pricing in equilibrium, this research extrapolates the special regularity and forecasts the possible generalization results. (2)With the application of the “Efficient Component Pricing Rule “, one obtained the principle rule in the network economical serviceability. These two important discoveries will not only offer a fine policy for government to make decision on the access pricing regulation but also provide the foundation of the latest theory in access theme in network economics. Widespread application of our results in network economics could be expected.
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