<![CDATA[The innovative approach to cancer patient data modeling has been employed in this research. We utilized the "Decision Tree" concept as a machine learning algorithm to analyze a dataset containing detailed information about patients, including age, gender, family history, and other medical test results. Through meticulous data study steps, we compiled a relevant dataset and then performed data classification to determine the target variable, whether a patient can be categorized as likely to have lung cancer or not. Input variables were carefully grouped to ensure the accuracy of the analysis. Data analysis using the Decision Tree algorithm provided profound insights into the significant factors in predicting cancer symptoms in patients. The results of this analysis were interpreted carefully, and performance model evaluation metrics, such as accuracy and precision, were provided to offer a comprehensive understanding of the reliability of the generated model. The findings of this research have important implications for the understanding and management of cancer in patients. The application of this method can enhance accuracy in predicting cancer status, assist in clinical decision-making, and ultimately improve the quality of patient care.]]>
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