PD-1 Gastric Cancer Patients' CT Image Prediction Using the PLSG Framework

The prediction of survival outcomes affects PD-1 inhibitor patients today.Received extensive attention in recent years. Existing diffusionThe main applications of diffusion . models concentrate their blurring effects on essential areas of method yields a substantial potential for wrong diagnosis. For this reason, a new framework for late survival prediction. The paper proposes PLSG which serves as a new framework for late survival prediction of gastric cancer. A mask based new adaptive diffusion method operates to improve image processing the characterization of critical regions in medical images. A self-attention mechanism drives the three-domain feature mapping module with its operations. The designed system operates with maximum efficiency to extract complex features from the data of images. The high-quality selection process applies sparsification principles as its core mechanism. A prediction achievement is obtained through the selection of crucial features during the prediction phase.Final screening and prediction of features. Numerous experiments. Various experiments establish the increased worth of this model when treating PD-1.

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Publication Details

Published
2025-05-07
DOI
https://doi.org/10.1109/rmkmate64874.2025.11042277
Primary Topic
Radiomics and Machine Learning in Medical Imaging
Type
article
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article

PD-1 Gastric Cancer Patients' CT Image Prediction Using the PLSG Framework

S. Sajithra, T. Sethukarasi
Radiomics and Machine Learning in Medical Imaging
article

PD-1 Gastric Cancer Patients' CT Image Prediction Using the PLSG Framework

S. Sajithra, T. Sethukarasi
article en

Abstract

The prediction of survival outcomes affects PD-1 inhibitor patients today.Received extensive attention in recent years. Existing diffusionThe main applications of diffusion . models concentrate their blurring effects on essential areas of method yields a substantial potential for wrong diagnosis. For this reason, a new framework for late survival prediction. The paper proposes PLSG which serves as a new framework for late survival prediction of gastric cancer. A mask based new adaptive diffusion method operates to improve image processing the characterization of critical regions in medical images. A self-attention mechanism drives the three-domain feature mapping module with its operations. The designed system operates with maximum efficiency to extract complex features from the data of images. The high-quality selection process applies sparsification principles as its core mechanism. A prediction achievement is obtained through the selection of crucial features during the prediction phase.Final screening and prediction of features. Numerous experiments. Various experiments establish the increased worth of this model when treating PD-1.

R.M.D. Engineering College
Good health and well-being
Openalex Percentile: Top 78%
Radiomics and Machine Learning in Medical Imaging
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