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    Home»Machine Learning»Enhancing E-commerce Engagement: Leveraging RFM Analysis, K-Means Clustering, and Association Rule Mining for Personalized Product Recommendations | by William Sutanto | Jan, 2025
    Machine Learning

    Enhancing E-commerce Engagement: Leveraging RFM Analysis, K-Means Clustering, and Association Rule Mining for Personalized Product Recommendations | by William Sutanto | Jan, 2025

    Team_AIBS NewsBy Team_AIBS NewsJanuary 19, 2025No Comments6 Mins Read
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    Ipynb file: https://github.com/william1678/Customer-Purchasing-Behavior-Analysis

    Within the extremely aggressive world of e-commerce, delivering an distinctive consumer expertise is significant for fostering buyer engagement and loyalty. One highly effective approach to obtain that is by personalised product suggestions, which make purchasing extra intuitive and tailor-made to particular person preferences. This method not solely retains prospects returning but in addition considerably boosts click-through charges (CTR) by presenting merchandise that align with their pursuits.

    To create these personalised experiences, we make use of a mix of data-driven methods, together with RFM evaluation, Ok-Means clustering, the Apriori algorithm, and Affiliation Rule Mining. Every methodology contributes to fine-tuning suggestions, enhancing each consumer satisfaction and enterprise outcomes. RFM evaluation helps in segmenting prospects primarily based on their buying habits, Ok-Means teams related prospects collectively, the Apriori algorithm identifies frequent product combos, and Affiliation Rule Mining establishes the foundations for efficient suggestions. Collectively, these methods result in elevated CTR, larger conversion charges, and in the end, better income.

    We’ll comply with the next main steps:

    1. Information Pre-processing
    2. Conducting RFM
    3. Buyer Clustering
    4. Discovering Merchandise Units
    5. Affiliation Rule
    6. Suggestion
    7. Validation
    Mission Milestone

    Information Supply: https://archive.ics.uci.edu/dataset/352/online+retail

    The dataset beneath has the next variables:

    Variables within the dataset

    We start by cleansing and making ready the info. This entails eradicating rows with lacking values, duplicates, and unfavourable stock portions. We additionally decompose the InvoiceDate into Month, Date, and 12 months to seize temporal dimensions for higher evaluation. Anomalies within the dataset are detected and eliminated utilizing the Isolation Forest mannequin, making certain the dataset’s integrity for subsequent steps. On this situation, we leverage the amount of things bought by prospects and complete spending in {dollars} as key options to determine anomalies. By analyzing each spending quantities and buy portions, we acquire a complete view of buyer habits, enabling us to identify irregularities of their shopping for and spending patterns.

    The outcomes of the Isolation Forest mannequin are illustrated beneath, with every dot representing a buyer. The colour coding signifies whether or not a buyer is assessed as an anomaly, with pink dots signifying anomalies that we goal to filter out.

    Filtering out anomalies by filtering out the pink dots

    RFM(Recency, Frequency, Financial) evaluation segments prospects primarily based on how lately they bought, how typically they purchase, and the way a lot they spend.

    Recency = Present Date — Final Buy Date

    Frequency = Variety of Purchases in a Given Interval

    Financial = Whole Quantity Spent in a Given Interval

    Recency, Frequency, and Financial are scaled from 1 to five, the place 5 is the best. Every buyer is scored from 1 to five in every class, serving to to determine probably the most invaluable segments, equivalent to “Champions” and “Loyal Clients”. This segmentation guides focused advertising and marketing efforts and buyer retention methods.

    Dataframe after Recency, Frequency, and Financial Scores Added

    Whereas RFM offers a rule-based framework, Ok-Means clustering gives a extra nuanced, data-driven grouping of shoppers. This segmentation reveals distinct buyer teams, equivalent to latest, high-spending consumers who warrant VIP remedy and one-time consumers who may very well be inspired to return.

    We start with function choice to determine options which might be much less correlated with one another.

    Correlation Desk Between Options

    Primarily based on the correlation desk, we choose these options for Ok-Means coaching:

    Recency
    Frequency
    Financial
    avg_spending_per_item
    avg_spending_per_invoice

    We exclude sure options that present excessive correlation with most others (highlighted in vibrant pink/blue), as they’re derived from Recency, Frequency, and Financial metrics.

    Recency_Score
    Frequency_Score
    Monetary_Score
    RFM_Score

    Subsequent, we decide the optimum variety of clusters of Ok-Means utilizing the elbow methodology. This method entails plotting the sum of squared distances (inertia) for numerous values of Ok.

    Elbow Technique Visualized in Line Chart

    From the chart, we determine the optimum variety of clusters as 5, the place the “elbow” seems. The accompanying Python Pocket book demonstrates the right way to pinpoint this quantity each visually with a line chart and programmatically utilizing differentials. This means that prospects within the dataset are divided into 5 clusters, with every buyer assigned to one in every of these teams: 0, 1, 2, 3, or 4.

    With the shoppers now grouped, we are able to analyze every cluster’s traits when it comes to go to frequency, spending, and recency of their visits.

    Buyer Traits per Cluster

    Primarily based on the chart, three clusters exhibit excessive ranges of Recency, Frequency, and Financial worth:

    Cluster 2: Latest, Frequent, Excessive-Spending Clients

    Scores: Recency-1, Frequency-1, Financial-1

    • These are your high prospects, who make frequent, latest, and high-value purchases.
    • Supply VIP remedy, together with early entry to new merchandise, unique offers, and particular occasion invites. Improve their loyalty with premium providers, personalised gives, and unique rewards.

    Cluster 0: Reasonable Recency, Frequency, and Financial Clients

    Scores: Recency-2 (tie), Frequency-2, Financial-2

    • These prospects present average engagement however haven’t bought in over a month.
    • They need to be prioritized after Cluster 2, with win-back campaigns or focused promotions, equivalent to personalised reductions, to encourage repeat purchases.

    Cluster 3: Inactive, Primarily One-Time Consumers

    Scores: Recency-2 (tie), Frequency-3, Financial-3

    • These prospects are reasonably engaged however haven’t made a purchase order in over a month.
    • They need to be focused after Cluster 0 with related re-engagement methods. If there are price range constraints, focus extra on Cluster 0 over this group.

    Clusters 1 & 4: One-Time Consumers

    • These prospects largely encompass one-time consumers with low engagement.
    • Efforts ought to deal with changing them into repeat consumers by providing personalised incentives like unique reductions or limited-time gives. Since they usually made their final buy over 100 days in the past, sending personalised thank-you messages and highlighting loyalty advantages may encourage them to return.

    With prospects grouped into clusters, we apply the Apriori algorithm and Affiliation Rule Mining to uncover frequent product combos and generate suggestions. These guidelines are validated utilizing an 80–20 train-test break up, making certain their accuracy. Key efficiency metrics like accuracy, precision, recall, and F1-Rating are used to guage the system’s effectiveness.

    1. For every cluster, we break up the info into 80% for coaching and 20% for testing.
    2. We then filter transactions in each units to incorporate solely prospects current in each (intersection of the prepare and check units).
    3. Utilizing the prepare set, we generate guidelines with the Apriori algorithm and Affiliation Guidelines for every cluster.
    4. For purchasers within the check set, we retrieve advisable objects primarily based on these guidelines.
    5. Lastly, we examine the advisable objects with the precise purchases made within the check set.
    Processing cluster 1
    Precision: 0.08
    Recall: 0.03
    F1-Rating: 0.05
    Accuracy: 0.30
    Processing cluster 3
    Precision: 0.16
    Recall: 0.03
    F1-Rating: 0.06
    Accuracy: 0.46
    Processing cluster 0
    Precision: 0.27
    Recall: 0.03
    F1-Rating: 0.05
    Accuracy: 0.62
    Processing cluster 2
    Precision: 0.33
    Recall: 0.01
    F1-Rating: 0.01
    Accuracy: 0.68
    Processing cluster 4
    No advisable objects.

    By using this strategic, data-driven method, we achieved a median accuracy of 53% throughout all clusters, indicating the success of our personalised suggestions. Transferring ahead, we are able to additional refine the system by exploring superior clustering methods, incorporating extra options, and experimenting with hybrid suggestion fashions.

    This complete evaluation not solely demonstrates our skill to reinforce e-commerce consumer experiences but in addition underscores our dedication to data-driven decision-making. These insights are essential for any e-commerce enterprise aiming to extend buyer satisfaction, loyalty, and income.



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