An introduction to the S SPIN hash function: making more out of the multidimensional array

T.K. Coburn
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Abstract

Along with enlightened communication and exchange, the digital revolution has produced mounds of information requiring classification, control, and management. As such, several organizations around the country have toyed with the idea of a totally paperless environment. To one degree or another, digitized information management has emerged among retail outlets, banks, insurers, and other companies. While electronic transactions involving uncomplicated information processing are common place today, still implementing the more complex data management techniques produces a number of difficulties. Not the least important is rise in the number of sophisticated design tools which allow system designers to pile layers of abstracted automation on top of the data structures responsible for performing the fundamental operations of search, insert, delete, change etc. While today's data structures are, for the most part, linear, the complexity of current systems demands a multidimensional approach capable of supporting layered data relationships. This paper explains a hash function called S SPIN capable of performing fundamental operations on multidimensional data spaces.<>
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S SPIN散列函数的介绍:更多地利用多维数组
伴随着开明的沟通和交流,数字革命产生了大量需要分类、控制和管理的信息。因此,全国各地的一些组织都在考虑完全无纸化环境的想法。在某种程度上,数字化信息管理已经出现在零售商店、银行、保险公司和其他公司中。虽然涉及简单信息处理的电子交易在今天很常见,但实现更复杂的数据管理技术仍然会产生许多困难。同样重要的是,越来越多的复杂设计工具允许系统设计师在负责执行搜索、插入、删除、更改等基本操作的数据结构上堆叠抽象的自动化层。虽然今天的数据结构在很大程度上是线性的,但当前系统的复杂性需要一种能够支持分层数据关系的多维方法。本文解释了一个名为S SPIN的哈希函数,它能够在多维数据空间上执行基本操作。
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