Study&Implement About Information Integration Question In Data Transfer Platform Of Bank

"Concentration" requires that the function of the new business and softwaresystem should integrate with the former distributive software system organically."Information Integration" is not a new topic. However, the "Strategy of Integration"develops continuously with the development of information technology. Thetraditional "point to point" method of integration can not satisfy the need of keepingpace with the time. In the whole, the banking application integration established onthe basis of the unified basic business stage has gradually become the solution ofe-commerce for banks of the same trade in the world. In regard of the bankingindustry, it is now in the inner-informationalization construction stage with theprimary question of how to organically integrate every links such as planning,managing and serving through software system to realize resource sharing andoptimal efficiency.The data exchange stage of the present thesis is an applicationsoftware stage with the function of transaction switchover used for connection ofvarious business systems in a bank, according to the specific business logic. Actingas the core for the data exchange, the present data exchange stage organicallyconnects the distributive banking business systems to form a whole and thereforerealize the abundant and flexible integration of business and information. The present thesis makes an analysis on the two connection modes forcommunication of iso-components with combination of the discussion ondata safety and integrity during the integration that drawn extensiveattention in the banking industry. It also makes a comparison of theresponsibility and lock/release speed of system source of the twoconnection modes in terms of integrity of transaction, stability of systemcirculation, consistency of data exchange and single point risk brought bycenter control. A better solution is selected out. The present thesis hascertain instructional meaning for the design and development of integrationof finance system. The present thesis provides a method for analyzing switchover on the basisof the data difference of the iso-distributive system. The present methoddistinguishes the data structural conflict and definition conflict during theinterchange of the iso-system on the basis of data modeling, data reflectingand other theories in combination with the characteristics of data grammarand definition and establishes metadata switchover knowledge data base fortranslation of interchanged information. Meanwhile, it can make analysison the distinguishing ability to the information of the iso-systems and workout the solution of storing and transmitting data in the form of VSAMdocument.On completion of the information integration and business concentration,the exchange stage has become a joint point in the information interchange.In order to avoid the single point risk and secure the stable operation of theinterconnected system, the operational performance of the system should becontrolled dynamically. The present thesis improves a process schedulingcalculating method on the basis of the treatment ability of junction pointand property of mission and other factors taking the theory of loadbalancing as the fundamental theory so as to effectively balance the load ofjunction points and improve the responsibility of the transactions as well asreduce the operational risks of banks.The present thesis provides an effective method for analyzing and solving thekey problems of system connection, data interchange and load distribution in theiso-system information integration in combination with the background theories ofload balance, system distinguishing and metadata modeling establishing. With thefast development of the system concentration of banking industry,telecommunication industry, securities business and data concentration, the methodraised in the present thesis has certain instructional meaning to the systemintegration and system construction. Meanwhile, as the advanced model ofconcentrated system proceeds, the analysis and research made in the present thesisprovide a meaningful exploration for the application of large scale.