Communication overhead of nested loop operation in multidatabase system

A. Rafii
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Abstract

This paper summarizes some of the results from a previous paper by the author (see DTD Technical Memo HPL-DTD-91-5, HP Labs., 1991). The purpose is to characterize the interprocess communication (IPC) overhead in the context of multidatabase operations. A quantitative analysis of the cost of a distributed query is becoming increasingly important as operations across multiple databases are becoming more common. A global nested-loop (NL) join method is one of the least-complicated methods for joining data across data sources. One of the advantages of the algorithm is that it works even when an external operation is a method call whose input parameters, unlike a query, must be bound at invocation time.<>
多数据库系统中嵌套循环操作的通信开销
本文总结了作者之前一篇论文的一些结果(参见DTD技术备忘录HP -DTD-91-5, HP Labs)。, 1991)。目的是描述多数据库操作上下文中的进程间通信(IPC)开销。随着跨多个数据库的操作变得越来越普遍,对分布式查询的成本进行定量分析变得越来越重要。全局嵌套循环(NL)连接方法是跨数据源连接数据的最简单的方法之一。该算法的优点之一是,即使外部操作是一个方法调用,其输入参数(不像查询)必须在调用时绑定时,它也能工作。
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