The Optimize Design And Implementation Of Service Logic Execution Environment In The Service Platform Of Oriented Integration Platform

The Next Generation Network Soft Switch is at the core, to provide voice, video, data and other multimedia services using open, standard architecture to provide a rich business next generation network. It is a milestone in the history of telecommunications, a new generation of telecommunications networks marks the arrival of the era. From a development point of view, NGN is from the traditional circuit-switched mainly to the PSTN network packet switching to gradually move towards mainly, it carries all the existing PSTN network business, the unloading of a large amount of data transmission to IP PSTN networks to reduce network loads, on IP technology to increase and enhance new features many old and new businessThe next generation network environment includes a service creation environment, the service logic execution environment and the management environment. SLEE environment for the implementation of an operation to provide support, the next generation network environment is the core of the service environment in the design and implementation of operational performance play a vital role.This paper focused on the service-oriented integration platform for the implementation of environmental business in the optimize design and implementation of the operational use of the environment through the implementation of a large number of commercial applications of the spring and ACE test open-source framework to ensure that the platform operation and maintenance upgrades to the stability and efficiency, a good platform for transplantation. At the same time, the implementation of environmental management has also realized the statistics, log systems, tools such as timer system module, making the management platform can be fully operational implementation of environmental information to the diagnosis of the problem as well as the implementation of environmental business with the operation of the clear understands. Based on the Service Platform, the author offers a new load balancing algorithm. The algorithm uses light load and heavy load under different circumstances--the two-phase algorithm: light load of weighted random algorithm to ensure simple and efficient, heavy load bases on the load updates. Experiments on the performance of algorithm are taken in the Service Platform of Oriented Integration Network of the lab is compared with Random algorithm and Round algorithm in average response time. The Result shows that the two-phase algorithm has better performance than the other two algorithms in the Service Platform.