成人午夜av-一级片欧美-成人动漫视频-国产suv一区二区-91麻豆网站-极度诱惑香港电影完整-永久在线-日本精品国产-日本精品久久久久-黄色片一区二区三区-神马午夜av-午夜极品-国产成年视频-wwwxxx日本免费-一个人看的www日本高清视频-中文字幕色网-四虎新网站-久一视频在线观看-一卡二卡久久-国产丝袜久久

Solution for transformation from Business Tax into Value Added Tax of Tax system

The entire system is divided into three parts, data collection terminals, application servers, and database system.

1.1.1 Data collection terminal

The data collection terminal refers to the computer terminal or other terminal which is distributed in different areas and installed with taxing application softwares. The data collection terminals is responsible for the communication with application server, which will let application server input the taxing data into the background database system.

1.1.2 Application server

Application server is equipped with taxing application server-terminal system to receive the requests from data collection terminals and providing data to the database system. Application server also equipped with relevant middleware. The application server, with the X86 structure’s server arrangement, can have two design ideas.

First, make use of the traditional arrangement pattern of physical server.

Second, make use of the arrangement pattern of virtual server.

1.1.3 Database system

Database system makes use of multiple X86 high-end database server to form the arrangement pattern of database group. According toctual amount of business of taxing units at different levels to determine the needed group joints of the arrangement, we recommend the arrangement of ORACLE RAC, which provides high speed internal communication network to make communication between group joints, fully realizing the advantage of cache’s integration. The business network, internal communication network and storage network all use redundant structure to realize the high usability of database system.

The database system arranged by Oracle RAC has the following advantages.

• - High performance, which means the realization of database system’s improvement of performance at multiple joints, can realize the balancing of loading.

• - High usability, meaning that part joints’ damanage within the group will not lead to the failure of the entire database system.

• - High expandability, meaning that even it will need to be upgraded in the future, it will only need to add joints within the group.

The overall scheme design is shown below.

Figure:   overall scheme design