Implementation Of “Bloom Filter†Using Cam Based Structure
Journal Title: International Journal of Science Engineering and Advance Technology - Year 2016, Vol 4, Issue 11
Abstract
Content addressable memory (CAM) utilizing a novel algorithm for associativity between the inputtag and the relating location of the output data. The proposed design depends on an as of late created meager bunched arrange utilizing double associations that all things considered takes out the majority of the parallel examinations per-framed amid an inquiry. Thusly, the dynamic vitality utilization of the proposed configuration is altogether lower contrasted and that of a routine low-control CAM plan. Given an information tag, the proposed engineering registers a couple of potential outcomes for the area of the coordinated tag and plays out the examinations on them to find a solitary legitimate match. Bloom filters (BFs) give a quick and proficient approach to check whether a given component has a place with a set. The BFs are utilized as a part of various applications, for instance, in correspondences and systems administration. There is likewise progressing exploration to stretch out and upgrade BFs and to utilize them in new situations. Dependability is turning into a test for cutting edge. Electronic circuits as the quantity of mistakes because of assembling varieties, radiation, and diminished clamor edges increment as innovation scales. In a word, it is demonstrated that BFs can be utilized to identify and rectify mistakes in their related data set. This permits a synergetic reuse of existing BFs to likewise distinguish and remedy mistakes. The proposed plot Content-addressable memory (CAM) is an exceptional sort of PC memory utilized as a part of certain fast seeking applications.
Authors and Affiliations
Suravarapu Anusha| VLSI & Embedded systems, Dept.of Electronics and Communication Engineering Kakinada Institute of Engineering and Technology for Women, Korangi, AP, INDIA, M. Srihari| Dept.of Electronics and Communication Engineering Kakinada Institute of Engineering and Technology for Women, Korangi, AP, INDIA, M. Nagendra Kumar| Dept.of Electronics and Communication Engineering Kakinada Institute of Engineering and Technology for Women, Korangi, AP, INDIA
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