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Radiography
Showing 1-30 of 297 Thesis
Development of a Radiographic Image Quality Framework for Lean Diagnostic Pathways...
In contemporary radiology practice, variability in image quality directly affects diagnostic accuracy and patient throughput, thereby impeding the efficiency ga...
Improving Diagnostic Radiography Efficiency in Rural Ireland: A Case Study...
In rural Ireland, diagnostic radiography departments face protracted wait times, variable image quality, and uneven access to radiographers, collectively impact...
Comparative Diagnostic Accuracy of Radiographic Techniques in Pediatric Chest Imagin...
The study addresses a critical gap in pediatric radiology by evaluating and comparing the diagnostic accuracy of multiple radiographic techniques used in pediat...
Smart Radiography Diagnostics: AI-Powered Image Quality Optimization System...
The study addresses the critical challenge of variability in radiographic image quality due to disparate acquisition protocols, patient factors, and operator-de...
Impact of Dose Optimization Protocols on Pediatric Chest Radiography Outcomes...
The study investigates how dose optimization protocols influence the diagnostic quality, radiation exposure, and overall patient safety outcomes in pediatric ch...
Development and Validation of an AI-Assisted Image Acquisition Protocol in Radiograp...
The study addresses variability in radiographic image quality and patient dose arising from non-standardized image acquisition workflows, proposing an AI-assist...
A Radiographic Image Quality Framework for Diagnostic Accuracy Optimization...
This study addresses a persistent gap in radiographic practice where image quality variability undermines diagnostic accuracy across clinical workflows, particu...
Assessing Radiation Dose Optimization in a Regional Hospital Radiography Department...
This study investigates radiation dose optimization practices in a regional hospital radiography department to address elevated patient and staff exposure while...
Comparative Analysis of Radiation Dose in CT vs. MRI Protocols in Oncology...
In oncologic imaging, the juxtaposition of computed tomography (CT) and magnetic resonance imaging (MRI) protocols raises critical questions about diagnostic ef...
AI-Driven Dose Optimization for Digital Radiography Imaging Systems...
This study addresses the challenge of balancing diagnostic image quality with patient safety in digital radiography through the development of an AI-driven dose...
Impact of AI-based Dose Optimization on Patient Radiation Exposure in Clinical Radio...
The study addresses the persistent challenge of unnecessary patient radiation exposure in clinical radiography by evaluating the effectiveness of artificial int...
Optimizing Dose Management: Implementing and Evaluating Auto-Exposure Control System...
The optimization of dose management in radiography hinges on addressing the variability in patient exposure while maintaining diagnostic image quality, with Aut...
A Multimodal Radiography Image Quality and AGI Framework...
The rapid advancement of artificial general intelligence (AGI) and multimodal imaging technologies presents an opportunity to redefine image quality assessment ...
Evaluating Dose Optimization in Pediatric Radiography at Sunshine Children's Hospita...
Pediatric radiography is essential for accurate diagnosis yet presents unique challenges in balancing diagnostic quality with minimizing radiation exposure for ...
Comparative Analysis of Low-Dose CT vs Conventional CT in Oncology Imaging...
In modern oncologic imaging, the balance between diagnostic accuracy and patient radiation safety remains a critical challenge, as low-dose computed tomography ...
AI-Driven Dose Optimization for Pediatric Radiography Imaging Protocols...
In pediatric radiography, excessive or poorly optimized radiation exposure poses heightened cancer risk and deterministic effects, while suboptimal image qualit...
Impact of AI-based image reconstruction on radiographer diagnostic confidence in eme...
The integration of AI-based image reconstruction algorithms in emergency computed tomography (CT) presents a timely challenge to radiographers’ diagnostic con...
Development and Validation of a Low-Dose CT Protocol for Chest Imaging in a Clinical...
The escalating demand for diagnostic accuracy in chest imaging has heightened concerns about ionizing radiation exposure in radiology departments, where repeate...
A Framework for Optimizing Radiographic Dose with Image Quality Theory...
Radiographic imaging remains a balance between diagnostic image quality and patient radiation safety, with variability in dose often not commensurate with clini...
Impact of AI-based Dose Optimization in Radiography at St. Mary's Hospital Radiology...
This study investigates the impact of AI-based dose optimization on radiographic imaging practices within St. Mary’s Hospital Radiology Department, addressing...
Comparative Analysis of Radiation Dose in Digital vs. Conventional Radiography ...
The rapid transition from conventional radiography to digital systems promises improvements in image quality, workflow efficiency, and diagnostic accuracy, yet ...
AI-assisted Dose Optimization in Digital Radiography Systems...
In digital radiography, rising demands for diagnostic image quality must be balanced against patient radiation safety, yet current dose management practices oft...
Assessment of Patient Comfort and Anxiety in Digital versus Traditional Radiography ...
The increasing adoption of digital radiography has transformed diagnostic imaging practices, yet limited research exists regarding patient-centered outcomes suc...
Development and Evaluation of a Standardized Protocol for Pediatric Chest Radiograph...
Pediatric chest radiography is a critical diagnostic tool in pediatric healthcare, yet the variability in image quality and radiation exposure owing to inconsis...
A Framework for Standardizing Radiographic Quality Assurance Procedures ...
Effective radiographic quality assurance (QA) is essential for ensuring diagnostic accuracy, patient safety, and operational efficiency within radiology departm...
Evaluating Digital Radiography Implementation in Symington Hospital Radiology Depart...
The transition from traditional film-based radiography to digital radiography (DR) systems represents a significant technological advancement with the potential...
Comparative Analysis of Image Quality and Radiation Dose in Digital vs. Analog Radio...
The comparative assessment of digital and analog radiography regarding image quality and radiation exposure is critical to optimizing diagnostic efficacy while ...
Development of an AI-powered Radiographic Image Quality Assessment System...
The quality of radiographic images significantly influences diagnostic accuracy and patient outcomes, yet current assessment practices are largely subjective, i...
Assessing the Impact of Digital Radiography on Image Quality and Patient Outcomes...
Digital radiography has revolutionized diagnostic imaging by offering enhanced image acquisition efficiency and potential improvements in diagnostic accuracy; h...
Design and evaluate a standardized protocol for pediatric chest radiography...
Pediatric chest radiography is a critical diagnostic tool, yet variability in imaging techniques often results in inconsistent image quality, increased radiatio...
