Heart disease detection (sample)

A finished EasySeer delivery for a heart-disease detection study on the 303 Cleveland records: a 17-page IEEE-format paper, 16 figures, the code, a cover letter draft and an AI-use statement.

ShPCN-Net selects attributes with a Gray Langurs Optimizer and classifies them with a hybrid convolutional network. It is tested on all 303 Cleveland records with stratified ten-fold cross-validation, against two ablation networks and three published model families.

The paper reports an honest outcome: accuracy 0.805, Matthews correlation 0.610 and AUC 0.897, and no significant difference between the six models tested. The optimizer reduced 13 attributes to 6.9 per fold on average. A negative or flat result is written up as it is.

The delivery folder holds the IEEE paper (PDF, Word and LaTeX source), every figure with the CSV of its plotted data, the Python code and its results, a reproducibility note, a cover letter draft and an AI-use statement. Author names and dates are placeholders for the scholar to fill in.

6 screens from this sample

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  1. 1

    Abstract and introduction

    The paper opens with a title, an abstract that states the real outcome, keywords and an introduction.

    Page 1 of the heart disease detection paper in the IEEE journal layout: title, abstract and introduction.
  2. 2

    The method figure

    The block diagram of the framework, with a caption that explains the cross-validation protocol.

    Page 4 of the heart disease paper: the block diagram of the ShPCN-Net framework.
  3. 3

    One record traced through the model

    A single patient record followed from the normalised attributes to the prediction.

    Page 11 of the heart disease paper: one patient record traced through the model, from normalised attributes to the prediction.
  4. 4

    Confusion matrix

    Pooled out-of-fold predictions, as counts and as rates.

    Page 15 of the heart disease paper: the pooled confusion matrix as counts and as rates, with the training curves.
  5. 5

    Ablation and scalability

    Accuracy, MCC and TPR with parts of the network removed, and with fewer attributes.

    Page 16 of the heart disease paper: ablation and scalability charts for accuracy, MCC and true positive rate.
  6. 6

    SHAP and significance tests

    Attribute importance and the Wilcoxon tests that show no significant pairwise difference.

    Page 17 of the heart disease paper: the SHAP summary plot of the consensus attributes and the Wilcoxon p-values.

The delivered paper

Read all 17 pages here, or jump to the pages that matter.

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Last updated 2026-11-09. EasySeer is AI. It creates only an initial draft from the novel concept you provide, and it is designed to follow academic ethical guidelines.