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Multiframe digitization of x-ray (TV) images (abstract)
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| Zeitschriftentitel: | Review of Scientific Instruments |
|---|---|
| Personen und Körperschaften: | , , , |
| In: | Review of Scientific Instruments, 60, 1989, 7, S. 2335-2335 |
| Format: | E-Article |
| Sprache: | Englisch |
| veröffentlicht: |
AIP Publishing
|
| Schlagwörter: |
| author_facet |
Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. |
|---|---|
| author |
Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. |
| spellingShingle |
Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. Review of Scientific Instruments Multiframe digitization of x-ray (TV) images (abstract) Instrumentation |
| author_sort |
karpenko, v. a. |
| spelling |
Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. 0034-6748 1089-7623 AIP Publishing Instrumentation http://dx.doi.org/10.1063/1.1140760 <jats:p>The work in progress deals with the experimental search for a technique of digitizing x-ray TV images. The small volume of the buffer memory of the analog-to-digital (A/D) converter (ADC) we have previously used to detect TV signals made it necessary to digitize only one line at a time of the television raster and also to make use of gating to gain the video information contained in the whole frame. This paper is devoted to multiframe digitizing. The recorder of video signals comprises a broadband 8-bit A/D converter, a buffer memory having 128K words and a control circuit which forms a necessary sequence of advance pulses for the A/D converter and the memory relative to the input frame and line sync pulses (FSP and LSP). The device provides recording of video signals corresponding to one or a few frames following one after another, or to their fragments. The control circuit is responsible for the separation of the required fragment of the TV image. When loading the limit registers, the following input parameters of the control circuit are set: the skipping of a definite number of lines after the next FSP, the number of the lines of recording inside a fragment, the frequency of the information lines inside a fragment, the delay in the start of the ADC conversion relative to the arrival of the LSP, the length of the information section of a line, and the frequency of taking the readouts in a line. In addition, among the instructions given are the number of frames of recording and the frequency of their sequence. Thus, the A/D converter operates only inside a given fragment of the TV image. The information is introduced into the memory in sequence, fragment by fragment, without skipping and is then extracted as samples according to the addresses needed for representation in the required form, and processing. The video signal recorder governs the shortest time of the ADC conversion per point of 250 ns. As before, among the apparatus used were an image vidicon with luminophor conversion of x-radiation to light, and a single-crystal x-ray diffraction scheme necessary to form dynamic test objects from x-ray lines dispersed in space (the projections of the linear focus of an x-ray tube).</jats:p> Multiframe digitization of x-ray (TV) images (abstract) Review of Scientific Instruments |
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AIP Publishing, 1989 |
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1989 |
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Review of Scientific Instruments |
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49 |
| title |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_unstemmed |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_full |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_fullStr |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_full_unstemmed |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_short |
Multiframe digitization of x-ray (TV) images (abstract) |
| title_sort |
multiframe digitization of x-ray (tv) images (abstract) |
| topic |
Instrumentation |
| url |
http://dx.doi.org/10.1063/1.1140760 |
| publishDate |
1989 |
| physical |
2335-2335 |
| description |
<jats:p>The work in progress deals with the experimental search for a technique of digitizing x-ray TV images. The small volume of the buffer memory of the analog-to-digital (A/D) converter (ADC) we have previously used to detect TV signals made it necessary to digitize only one line at a time of the television raster and also to make use of gating to gain the video information contained in the whole frame. This paper is devoted to multiframe digitizing. The recorder of video signals comprises a broadband 8-bit A/D converter, a buffer memory having 128K words and a control circuit which forms a necessary sequence of advance pulses for the A/D converter and the memory relative to the input frame and line sync pulses (FSP and LSP). The device provides recording of video signals corresponding to one or a few frames following one after another, or to their fragments. The control circuit is responsible for the separation of the required fragment of the TV image. When loading the limit registers, the following input parameters of the control circuit are set: the skipping of a definite number of lines after the next FSP, the number of the lines of recording inside a fragment, the frequency of the information lines inside a fragment, the delay in the start of the ADC conversion relative to the arrival of the LSP, the length of the information section of a line, and the frequency of taking the readouts in a line. In addition, among the instructions given are the number of frames of recording and the frequency of their sequence. Thus, the A/D converter operates only inside a given fragment of the TV image. The information is introduced into the memory in sequence, fragment by fragment, without skipping and is then extracted as samples according to the addresses needed for representation in the required form, and processing. The video signal recorder governs the shortest time of the ADC conversion per point of 250 ns. As before, among the apparatus used were an image vidicon with luminophor conversion of x-radiation to light, and a single-crystal x-ray diffraction scheme necessary to form dynamic test objects from x-ray lines dispersed in space (the projections of the linear focus of an x-ray tube).</jats:p> |
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| author | Karpenko, V. A., Khil’chenko, A. D., Lysenko, A. P., Panchenko, V. E. |
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| description | <jats:p>The work in progress deals with the experimental search for a technique of digitizing x-ray TV images. The small volume of the buffer memory of the analog-to-digital (A/D) converter (ADC) we have previously used to detect TV signals made it necessary to digitize only one line at a time of the television raster and also to make use of gating to gain the video information contained in the whole frame. This paper is devoted to multiframe digitizing. The recorder of video signals comprises a broadband 8-bit A/D converter, a buffer memory having 128K words and a control circuit which forms a necessary sequence of advance pulses for the A/D converter and the memory relative to the input frame and line sync pulses (FSP and LSP). The device provides recording of video signals corresponding to one or a few frames following one after another, or to their fragments. The control circuit is responsible for the separation of the required fragment of the TV image. When loading the limit registers, the following input parameters of the control circuit are set: the skipping of a definite number of lines after the next FSP, the number of the lines of recording inside a fragment, the frequency of the information lines inside a fragment, the delay in the start of the ADC conversion relative to the arrival of the LSP, the length of the information section of a line, and the frequency of taking the readouts in a line. In addition, among the instructions given are the number of frames of recording and the frequency of their sequence. Thus, the A/D converter operates only inside a given fragment of the TV image. The information is introduced into the memory in sequence, fragment by fragment, without skipping and is then extracted as samples according to the addresses needed for representation in the required form, and processing. The video signal recorder governs the shortest time of the ADC conversion per point of 250 ns. As before, among the apparatus used were an image vidicon with luminophor conversion of x-radiation to light, and a single-crystal x-ray diffraction scheme necessary to form dynamic test objects from x-ray lines dispersed in space (the projections of the linear focus of an x-ray tube).</jats:p> |
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| spelling | Karpenko, V. A. Khil’chenko, A. D. Lysenko, A. P. Panchenko, V. E. 0034-6748 1089-7623 AIP Publishing Instrumentation http://dx.doi.org/10.1063/1.1140760 <jats:p>The work in progress deals with the experimental search for a technique of digitizing x-ray TV images. The small volume of the buffer memory of the analog-to-digital (A/D) converter (ADC) we have previously used to detect TV signals made it necessary to digitize only one line at a time of the television raster and also to make use of gating to gain the video information contained in the whole frame. This paper is devoted to multiframe digitizing. The recorder of video signals comprises a broadband 8-bit A/D converter, a buffer memory having 128K words and a control circuit which forms a necessary sequence of advance pulses for the A/D converter and the memory relative to the input frame and line sync pulses (FSP and LSP). The device provides recording of video signals corresponding to one or a few frames following one after another, or to their fragments. The control circuit is responsible for the separation of the required fragment of the TV image. When loading the limit registers, the following input parameters of the control circuit are set: the skipping of a definite number of lines after the next FSP, the number of the lines of recording inside a fragment, the frequency of the information lines inside a fragment, the delay in the start of the ADC conversion relative to the arrival of the LSP, the length of the information section of a line, and the frequency of taking the readouts in a line. In addition, among the instructions given are the number of frames of recording and the frequency of their sequence. Thus, the A/D converter operates only inside a given fragment of the TV image. The information is introduced into the memory in sequence, fragment by fragment, without skipping and is then extracted as samples according to the addresses needed for representation in the required form, and processing. The video signal recorder governs the shortest time of the ADC conversion per point of 250 ns. As before, among the apparatus used were an image vidicon with luminophor conversion of x-radiation to light, and a single-crystal x-ray diffraction scheme necessary to form dynamic test objects from x-ray lines dispersed in space (the projections of the linear focus of an x-ray tube).</jats:p> Multiframe digitization of x-ray (TV) images (abstract) Review of Scientific Instruments |
| spellingShingle | Karpenko, V. A., Khil’chenko, A. D., Lysenko, A. P., Panchenko, V. E., Review of Scientific Instruments, Multiframe digitization of x-ray (TV) images (abstract), Instrumentation |
| title | Multiframe digitization of x-ray (TV) images (abstract) |
| title_full | Multiframe digitization of x-ray (TV) images (abstract) |
| title_fullStr | Multiframe digitization of x-ray (TV) images (abstract) |
| title_full_unstemmed | Multiframe digitization of x-ray (TV) images (abstract) |
| title_short | Multiframe digitization of x-ray (TV) images (abstract) |
| title_sort | multiframe digitization of x-ray (tv) images (abstract) |
| title_unstemmed | Multiframe digitization of x-ray (TV) images (abstract) |
| topic | Instrumentation |
| url | http://dx.doi.org/10.1063/1.1140760 |