| Heavy haul railways develop late but fast. Railway Daqin can enlarge the yearly volume continuously, not only due to the development of technology and equipment, but also the factor of its efficient management and well-organized in the collection and dispatching synergies. Therefore, under the guidance of the exploration and practice of integrated collaboration technology, combined with the character of heavy rail equipment and operation, It is necessary to research transport through railway and enterprise, operate the whole process of transportation thoroughly, join with both of them with no time waste, research the requirements and model of the information of resources, the construction of railway and enterprise operating collaboration area and other aspects, to form an integrated enterprise collaboration technology and to increase the level of resources optimizing collocation.Based on the theory of synergistic integration, it summarizes the status of railway and enterprise operating mode, diagnoses the aspects about that which the current operating mode are not adapted to the synergistic integration between them, structures the patterns of the construction and collaborative management of railway and enterprise operating collaboration area based on information sharing and recombines the process.Focusing on the research of railway and enterprise integration efficiency co-evolution process,. this thesis analyses the evolution of the subsystems operating efficiency, builds the kinematics equation of the connecting and loading subsystems, based on the fluctuation of various information affecting in information sharing pool, establishes the Langevin equation. On this basis, it analyses the order parameter of the kinematics, uses the adiabatic approximation, calculus and synergy theory together to solve the kinematics equation. Based on the resources optimizing collocation, it establishes an equation to measure matching order degree of efficiency in the integration area of railway and enterprise.Finally, the model and the equations are applied to the research of Daqin, analyze the efficiency evolution of a connecting and loading subsystem with the integrated collaboration management system, and summarize critical coordination elements to improve the degree of synergy. |