Abstract
Cinematic rendering (CR) is an innovative imaging technique that has emerged as a powerful tool in forensic
radiology, offering enhanced visualization capabilities for the analysis of skeletal trauma. This article explores the
application of CR in the setting of forensic imaging in skeletal injury and its impact on the field of skeletal trauma
analysis. The study discusses the advantages of CR over traditional imaging methods and presents a comprehensive
overview of the techniques, materials, and results associated with its application. The results indicate that CR has
the potential to revolutionize forensic imaging, providing forensic experts with a highly accurate and detailed
depiction of skeletal trauma for improved forensic analysis.
radiology, offering enhanced visualization capabilities for the analysis of skeletal trauma. This article explores the
application of CR in the setting of forensic imaging in skeletal injury and its impact on the field of skeletal trauma
analysis. The study discusses the advantages of CR over traditional imaging methods and presents a comprehensive
overview of the techniques, materials, and results associated with its application. The results indicate that CR has
the potential to revolutionize forensic imaging, providing forensic experts with a highly accurate and detailed
depiction of skeletal trauma for improved forensic analysis.
Original language | English |
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Number of pages | 5 |
Journal | International Journal of Forensic Science & Research |
Volume | 2024 |
Publication status | Published - Nov 2024 |