Association Mining for Super Market Sales using UP Growth and Top-K Algorithm

Frequent itemsets(HUIs) mining is an evolving field in data mining, that centers around finding itemsets having a utility that meets a user-specified minimum utility by finding all the itemsets. A problem arises in setting up minimum utility exactly which causes difficulties for users. By setting mi...

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Main Authors: Bhope Harshal, Mahajan Yash, Deore Swapnil, Jethani Vimla
Format: Article
Language:English
Published: EDP Sciences 2020-01-01
Series:ITM Web of Conferences
Online Access:https://www.itm-conferences.org/articles/itmconf/pdf/2020/02/itmconf_icacc2020_03012.pdf
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spelling doaj-834f04e05b644b719686ea20fd27781e2021-04-02T12:37:22ZengEDP SciencesITM Web of Conferences2271-20972020-01-01320301210.1051/itmconf/20203203012itmconf_icacc2020_03012Association Mining for Super Market Sales using UP Growth and Top-K AlgorithmBhope Harshal0Mahajan Yash1Deore Swapnil2Jethani Vimla3Ramrao Adik Institute of Technology, NerulRamrao Adik Institute of Technology, NerulRamrao Adik Institute of Technology, NerulRamrao Adik Institute of Technology, NerulFrequent itemsets(HUIs) mining is an evolving field in data mining, that centers around finding itemsets having a utility that meets a user-specified minimum utility by finding all the itemsets. A problem arises in setting up minimum utility exactly which causes difficulties for users. By setting minimum utility underneath average, too many incessant itemsets will be generated, which in turn will make the mining process quite inefficient. No frequent itemsets will be found if the minimum utility is set too huge. The research focuses on generating frequent itemsets by using the transaction weighted utility of each product. While using UP growth methodology for discovering high utility items from large datasets it takes more time and consumes more memory due to which it is less efficient. So to overcome these drawbacks of UP growth we use the Top-K algorithm which makes it more scalable and efficient. Therefore, we use the Top-K algorithm which does not require a minimum threshold.https://www.itm-conferences.org/articles/itmconf/pdf/2020/02/itmconf_icacc2020_03012.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Bhope Harshal
Mahajan Yash
Deore Swapnil
Jethani Vimla
spellingShingle Bhope Harshal
Mahajan Yash
Deore Swapnil
Jethani Vimla
Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
ITM Web of Conferences
author_facet Bhope Harshal
Mahajan Yash
Deore Swapnil
Jethani Vimla
author_sort Bhope Harshal
title Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
title_short Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
title_full Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
title_fullStr Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
title_full_unstemmed Association Mining for Super Market Sales using UP Growth and Top-K Algorithm
title_sort association mining for super market sales using up growth and top-k algorithm
publisher EDP Sciences
series ITM Web of Conferences
issn 2271-2097
publishDate 2020-01-01
description Frequent itemsets(HUIs) mining is an evolving field in data mining, that centers around finding itemsets having a utility that meets a user-specified minimum utility by finding all the itemsets. A problem arises in setting up minimum utility exactly which causes difficulties for users. By setting minimum utility underneath average, too many incessant itemsets will be generated, which in turn will make the mining process quite inefficient. No frequent itemsets will be found if the minimum utility is set too huge. The research focuses on generating frequent itemsets by using the transaction weighted utility of each product. While using UP growth methodology for discovering high utility items from large datasets it takes more time and consumes more memory due to which it is less efficient. So to overcome these drawbacks of UP growth we use the Top-K algorithm which makes it more scalable and efficient. Therefore, we use the Top-K algorithm which does not require a minimum threshold.
url https://www.itm-conferences.org/articles/itmconf/pdf/2020/02/itmconf_icacc2020_03012.pdf
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