Final answer:
Classification machine learning can solve case problems in various sectors like banking for credit risk assessment, e-commerce for fraud detection, retail for customer segmentation, and healthcare for disease diagnosis, using data variables relevant to each industry.
Step-by-step explanation:
Classification machine learning algorithms can address various case problems across different industries. Here, I'll provide four examples with a brief explanation for each and the data sets that could be used.
Banking: Credit Risk Assessment
Financial institutions use classification models to determine the likelihood of a loan applicant defaulting on a loan. The data used could include:
- Age (x1)
- Employment status (x2)
- Credit score (x3)
- Income level (x4)
- Loan amount (x5)
- Previous default history (x6)
- Marital status (x7)
- Debt-to-income ratio (x8)
- Home ownership status (x9)
- Length of credit history (x10)
E-commerce: Fraud Detection
Online retailers need to quickly identify potentially fraudulent transactions to prevent losses. Data used in these models can include:
- Transaction amount (x1)
- Time of transaction (x2)
- User location (x3)
- Device ID (x4)
- Previous buying habits (x5)
- IP address (x6)
- Payment method used (x7)
- Shipping address discrepancy (x8)
- Account age (x9)
- Number of items purchased (x10)
Retail: Customer Segmentation
Retailers can classify customers into different segments for targeted marketing. Relevant data might be:
- Age (x1)
- Gender (x2)
- Purchase history (x3)
- Income level (x4)
- Geographical location (x5)
- Frequent store visits (x6)
- Loyalty program participation (x7)
- Online vs. in-store purchases (x8)
- Shopping cart abandonment rate (x9)
- Response to past marketing campaigns (x10)
Healthcare: Disease Diagnosis
Healthcare providers use classification to support diagnoses by predicting the presence or absence of a disease. Data used might include:
- Age (x1)
- Gender (x2)
- Genetic factors (x3)
- Body Mass Index (BMI) (x4)
- Blood pressure (x5)
- Cholesterol levels (x6)
- Family medical history (x7)
- Smoking status (x8)
- Exercise frequency (x9)
- Previous medical conditions (x10)