联机事务处理

面向WEB类联机事务处理系统的开发框架的研究与设计

Research and design of develop framework for web OLTP system

TPC-C是一种旨在衡量联机事务处理（OLTP）系统性能与可伸缩性的行业标准基准测试项目，它被全球主流软硬件厂商，数据库厂商公认为性能评价标准。

TPC Benchmark C ( TPC-C ) is an OLTP workload , which is considered as performance evaluating standard .

联机事务处理（OnlineTransactionProcessing，OLTP），包含许多不同复杂性的小型事务。

Online Transaction Processing ( OLTP ), consisting of many transactions of varying complexity , mostly small .

操作型处理以传统的数据库为中心进行企业的日常业务处理，被称为联机事务处理（OnLineTransactionProcessing，简称OLTP）；

Operational processing , which takes charge of business operation support based on traditional database technology , was called online transaction processing ( OLTP );

联机事务处理在Sybase数据库中的实现

Implementation of On line Transaction Process in Sybase Database

CICS在银行联机事务处理中的研究

Research on Online-Transaction Processing System Based on CICS

这些系统多半是联机事务处理系统（On-LineTransactionProcessing，简称OLTP），每个部门都有各自的数据源，构成了一个巨大的异构数据环境。

Most of these systems is the On-Line Transaction Processing ( OLTP ), each department has its own data sources , which constitute a huge heterogeneous data environment .

在联机事务处理（OLTP）环境中，这个值从30秒开始。

In an online transaction processing ( OLTP ) environment , start with a value of30 seconds .

ERP系统属于典型的联机事务处理系统，不可避免的存在许多不足，无法提供企业决策所需的决策信息。

The Enterprise Resource Planning is a typical online transaction processing ( OLTP ) system , it has many deficiencies in the application , it can not provide necessary information for Decision Support .

传统上，BI数据仓库从源系统（常常是操作性联机事务处理[OLTP]系统）接收数据，但是从不向它们返回数据。

Traditionally , a BI data warehouse receives data from source systems ( usually the operational online transaction processing [ OLTP ] systems ) but never provides data back to them .

例如Oracle数据库，无论是联机事务处理（OLTP）或者数据仓库应用程序，都可以从大型页面的使用中获益。

For example , an Oracle database , either Online Transaction Processing ( OLTP ) or a Data Warehouse application , can benefit when using large pages .

面向OLTP（OnLineTransactionProcessing：联机事务处理）的系统已经无法适应不断变化的市场需求，无法满足企业对于高效率、高效益的追求。

OLTP ( OnLine Transaction Processing ) can 't adapt to the continuous change of market needs and can 't meet the business enterprise 's aim for high-efficiency and high-benefit . Then SOA is born .

本文主要研究了利用中间件TUXEDO技术以及该技术在联机事务处理应用软件中的容错设计方法。

This paper introduces how to apply middleware of TUXEDO , and illustrates fault tolerant design in online transaction processing software using it .

本文介绍了应用于开放系统联机事务处理的一种中间件&BEATUXEDO，讨论了其主要功能和应用结构。

This paper introduces BEA TUXEDO , middleware applied in Open System Online Transaction Processing , and discusses its main functions and structure .

针对传统C/S结构和普通Web方式的缺陷，本文提出了以销售信息管理系统为代表的面向联机事务处理和综合查询应用的三层分布式处理模式，给出了三层分布式系统的分析与设计方法。

Directing against the defect of the traditional C / S structure and ordinary Web pattern , this paper presented a three-layer distributed handle pattern which can be applied in OLTP and comprehensive inquire , and presented the analysis and design method of the three-layer distributed system .

交易中间件是专门应用于联机事务处理的一类中间件，而CICS正是一种交易中间件。

The transaction middleware is one kind of middleware which specially applied to on-line transaction processing , and CICS is exactly a kind transaction middleware .

这些索引扫描也可以帮助联机事务处理（OLP）数据库，更多细节在主文章中有说明。

These index scans also help online transaction processing ( OLTP ) databases and are described in much more detail in the main article .

联机事务处理（OLTP）已不能满足终端用户对数据库查询分析的需要，SQL对大数据库进行的简单查询也不能满足用户分析的需求。

On-Line Transaction Process ( OLTP ) has been incapable of meeting the needs which terminal consumers have about querying and analyzing of database , and it has also not been satisfied consumers that SQL queries large database .

目前的医院信息系统主要面向联机事务处理（OLTP），以处理日常事物为目的，数据的价值体现在保证完成每个具体的业务，但同时也积累了大量的历史性数据。

The current hospital information systems ( HIS ) are mainly used for on line transaction process ( OLTP ) and dealing with daily work data , which lead to enormous history data . Accumulated .

经过数据准备工作，通过ETL向系统中传输数据，然后对海量数据建模生成数据立方体并进行联机事务处理，实现了综合分析主题模块的分析功能。

Based on this Data Warehouse , through the data preparative work , data is transferred by ETL , and then generates the Data CUBE by modeling the numerous data , and OLAP through the CUBE , achieves the analysis of Comprehensive Analysis Subject module .

经过联机事务处理系统处理得到的应答也要经过WebWare转换成请求用户可以理解的形式，然后进行反馈。

It accepts the request packages in XML format from Internet users and converts them to appropriate ones , which is understandable to OLTP system .

目前医院信息系统（HIS）的实现，绝大部分采用的是传统数据库技术，数据处理以操作型处理为主，即联机事务处理（OTLP）。

Implementation of hospital information system ( HIS ), most used traditional database technology , data processing , mainly to operational processing , online transaction processing ( OTLP ) .

论述了联机事务处理系统及其特点，分析了Sybase数据库对联机事务处理的技术支持，提出了快速存取Sybase数据库的几种方法，给出了一个用Sybase数据库实现OLTP系统的实例。

This paper discusses the on line transaction process systems and their characteristics , analyzes some technical supports of Sybase on OLTP , and proposes some methods for quick access to Sybase database . At last , an instance of the implementation of OLTP system by Sybase database is given .

目前，电信企业己经建立了相对完善的OLTP（联机事务处理）系统，随着时间的推移，企业中积累了大量的历史数据，这些业务数据是企业的宝贵的财富，其中蕴含了许多重要信息。

At present , the telecommunications company has been set up relatively well OLTP ( online transaction processing ) system , Along with time passing , companies have accumulated a large amount of historical data , these operational data is valuable wealth of enterprises , which contains many important information .

中间件技术在联机事务处理系统中的应用

Effect of Middle Ware Tuxedo in On-Line Transaction Processing System

基于中间件技术的联机事务处理平台的设计与实现

Middleware-Based Designment and Implement of Online Transaction Process Platform

传统的联机事务处理大多是基于主机／终端的客户/服务器模型的。

Conventional LTP systems are mostly of host / terminal Client / Server model .

客票预售系统和联机事务处理

Discussion on passenger ticket selling system and OLTP

它提供了安全可靠的数据库环境，最适用于联机事务处理。

Best suited for online transaction processing , it provides secure and reliable database environment .

与联机事务处理数据库不同，数据仓库不包含最近的信息。

Unlike on-line transaction processing databases , data warehouses do not contain the most current information .