Facsimile Transmission of Radiographic Images

Cl, Sistrom

doi:10.1097/00004424-199309000-00022

Investigative Radiology

1993

DOI: 10.1097/00004424-199309000-00022

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Facsimile Transmission of Radiographic Images

Sistrom Cl

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1994

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Displaying radiologic images on personal computers: Practical applications and uses

1994

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This is the fifth and final article in our series for radiologists and imaging scientists on displaying, manipulating, and analyzing radiologic images on personal computers (PCs). There are many methods of transferring radiologic images into a PC, including transfer over a network, transfer from an imaging modality storage archive, using a frame grabber in the image display console, and digitizing a radiograph or 35-mm slide. Depending on the transfer method, the image file may be an extended gray-scale contrast, 16-bit raster file or an 8-bit PC graphics file. On the PC, the image can be viewed, analyzed, enhanced, and annotated. Some specific uses and applications include making 35-mm slides, printing images for publication, making posters and handouts, facsimile (fax) transmission to referring clinicians, converting radiologic images into medical illustrations, creating a digital teaching file, and using a network to disseminate teaching material. We are distributing a 16-bit image display and analysis program for Macintosh computers, Dr Razz, that illustrates many of the principles discussed in this review series. The program is available for no charge by anonymous file transfer protocol (ftp).

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Displaying radiologic images on personal computers: Practical applications and uses

1994

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Observer Detection Performance in Radiology Using a Retransmission-Free Network Communication Protocol

Krupiński

Alsafadi

1994

Academic Radiology

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Facsimile Transmission of Radiographic Images

Cited by 2 publications

References 0 publications

Displaying radiologic images on personal computers: Practical applications and uses

Displaying radiologic images on personal computers: Practical applications and uses

Observer Detection Performance in Radiology Using a Retransmission-Free Network Communication Protocol

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