Transparent Peer Review By Scholar9
Sleep Disorder Analysis through Data-Driven Classification and Clustering Algorithms
Abstract
Sleep Disorders are comprised of various types of conditions that affect the duration and quality of sleep. These disorders disrupt sleep patterns and result in various health complications. Understanding sleep disorders through data analysis can provide valuable insights into their patterns and causes. Machine learning is a powerful tool for data analysis. Our objective is to evaluate the various lifestyle features that contribute to sleep disorders. In this paper, various lifestyle parameters are visualized to check the relationship with the sleep disorder. Results indicated that the unsupervised algorithm can gives the same results on labelled data.
Uma Babu Chinta Reviewer
09 Sep 2024 04:37 PM
Approved
Relevance and Originality
The research article addresses a significant topic in the field of sleep medicine by examining how various lifestyle features contribute to sleep disorders. This is highly relevant as understanding these relationships can lead to better management and treatment strategies. The use of machine learning for data analysis is an innovative approach that adds originality to the study, potentially offering new insights into the patterns and causes of sleep disorders.
Methodology
The study employs machine learning to analyze lifestyle features related to sleep disorders. While this approach is appropriate, the methodology description lacks details on the specific machine learning algorithms used, the type of data analyzed, and how lifestyle parameters are measured. Clarity on these aspects, including data preprocessing and algorithm selection, is essential for evaluating the robustness and validity of the methodology.
Validity & Reliability
The research suggests that the unsupervised algorithm yields consistent results with labeled data, which is promising for the validity of the findings. However, to fully assess reliability, the study should provide details on how the results were validated, including any metrics used to measure the performance of the algorithms and the reproducibility of the results across different datasets.
Clarity and Structure
The article should present a clear and structured overview of the research. This includes a well-defined introduction outlining the study’s objectives, a detailed description of the methodology, and a coherent presentation of results. Clear explanations of how lifestyle parameters are visualized and analyzed will improve understanding and ensure the research's findings are accessible.
Result Analysis
The results indicate that unsupervised algorithms can match labeled data results, which is a positive outcome. However, the analysis should include a detailed examination of how various lifestyle features correlate with sleep disorders. Insights into the specific patterns observed and their implications for understanding and managing sleep disorders would enhance the value of the findings.
IJ Publication Publisher
Ok Sir
Uma Babu Chinta Reviewer