인스턴트 메신저를 사용한 축소 3D의료영상 전송 시스템
Down-Scaled 3D Medical Image Transfer System Using Instant Messenger
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초록
Objective: We have developed an instant messenger system that supports transmitting 3D medical image objects for telediagnostic use. Methods: We used thresholding and down-scaling technique to build down-scaled 3D object with 80 sliced Digital Imaging and Communication in Medicine(DICOM) images. And, we also construct instant messenger for medical data transfer and general communication. We measured total image size and transmission time which were decreased when applied peer to peer connection using instant messenger for medicine. Results: Our study showed that total DICOM image size was decreased around 1% and transmission time was also decreased by 1.59% when we use proposed system. Conclusion: Proposed methods have a potential to be a useful tool in ubiquitous health network system. Also, we expect the synergy effect is increased by developing 3D object technique and security solutions.
Abstract
Objective: We have developed an instant messenger system that supports transmitting 3D medical image objects for telediagnostic use. Methods: We used thresholding and down-scaling technique to build down-scaled 3D object with 80 sliced Digital Imaging and Communication in Medicine(DICOM) images. And, we also construct instant messenger for medical data transfer and general communication. We measured total image size and transmission time which were decreased when applied peer to peer connection using instant messenger for medicine. Results: Our study showed that total DICOM image size was decreased around 1% and transmission time was also decreased by 1.59% when we use proposed system. Conclusion: Proposed methods have a potential to be a useful tool in ubiquitous health network system. Also, we expect the synergy effect is increased by developing 3D object technique and security solutions.
참고문헌 (8)
- "Content access and distribution of multimedia medical data in e-health IEEE International Conference on Multimedia and Expo", 2(20), pp.341~344
- "Real-time teleconsultation with high-resolution and large-volume medical images for collaborative healthcare", 4(2), pp.178~185 (2000)
- "PACS for teleradiology. Computer-based medical systems. Proceeding on the 12th IEEE Symposium", pp.18~20 (1999)
- "A broadband multimedia collaborative system for advanced teleradiology and medical imaging diagnosis", 2(3), pp.146~155 (1998)
- "A Web-based TelePACS using an asymmetric satellite system", 4(3), pp.212~215
- "Development and experimental application of an emergency patient information delivery system using a PDA", 9(1), pp.7~16 (2003)
- , 2000, ~, pp.Yonsei University
- , 2000, ~, pp.Yonsei University