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February 2, 20260 citationsOpen Access

Understanding Radiographic Image Noise Measurement and Removal

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NENO EgbeUniversity of CalabarEEE.U. EkpoUniversity of Calabar

Key Points

  • This review aims to enhance comprehension of radiographic image noise and its measurement and removal techniques.
  • Review of existing literature on image noise and its measurement.
  • Discussion on filters used for noise removal.
  • Evaluation of contributing parameters affecting image noise.
  • Increased understanding of random fluctuations in photon absorption.
  • Identification of effective filters for image noise removal.
  • Emphasis on post-processing techniques for improved image quality.

Abstract

Background: The radiographic image is characterized by image noise arising from random fluctuations in the absorption of photons by the imaging medium or detector. Measurement and removal of these perturbations will increase the quality of the signal which is desired in improving image interpretation. Purpose: This paper is a short review to improve understanding of the phenomena. Method: A review of some literature was undertaken to facilitate improved appreciation of noise and its measurement. Use of filters in the removal of image noise is covered the review. Conclusion: An understanding of image noise and its contributing parameters is essential to the utilization of post processing techniques for improving image quality.

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Cite This Study

Egbe et al. (2026) studied this question.

synapsesocial.com/papers/6980ff49c1c9540dea812249https://doi.org/10.82547/jrrs.vol31no1.88
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