No-escape search: Design and implementation ofcloud based directory content search

Harshit Gujral, Abhinav Sharma, S. Mittal
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引用次数: 2

Abstract

Searching in-file content is a crucial task in everyday computing, made particularly difficult due to lack of efficient in-file content search system in windows operating system. The goal of this paper is to present a cloud-based exhaustive in-file content search algorithm using three dimensional hash data structure. To facilitate an abundant size of hash and to save user's memory space we have used cloud for accommodating hash structure. We aim at presenting the user with required retrieval in the time complexity of O (constant), usually within 3–8 seconds. Our retrieval is a comprehensible combination of user's input string, the filename(s) containing it. Also, unlike windows operating system's search system, it permits to include location(s) and even multiple occurrences of user defined string inside a file.
无逃逸搜索:基于云的目录内容搜索的设计和实现
文件内容搜索是日常计算中的一项重要任务,由于windows操作系统缺乏高效的文件内容搜索系统,使得搜索工作变得尤为困难。本文的目标是提出一种基于云的详尽的文件内容搜索算法,该算法使用三维哈希数据结构。为了方便哈希的丰富大小和节省用户的内存空间,我们使用云来容纳哈希结构。我们的目标是在0(常数)的时间复杂度内,通常在3-8秒内,为用户提供所需的检索。我们的检索是用户输入字符串和包含该字符串的文件名的可理解组合。此外,与windows操作系统的搜索系统不同,它允许在文件中包含位置,甚至多次出现用户定义的字符串。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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