Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain
Image processing or modification for the purpose of restoration, transmission (with/without data compression) and/or recognition of the images or its components, in the Optical Fourier Domain is referred to as Fourier Optical Signal Processing (FOSP). Pattern Recognition or to that extend Image Comp...
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sg-ntu-dr.10356-81182020-09-27T20:13:19Z Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain Abdul Wahab Sriskanthan Nadarajah School of Applied Science DRNTU::Engineering::Computer science and engineering::Computing methodologies::Pattern recognition Image processing or modification for the purpose of restoration, transmission (with/without data compression) and/or recognition of the images or its components, in the Optical Fourier Domain is referred to as Fourier Optical Signal Processing (FOSP). Pattern Recognition or to that extend Image Compression to date, for real-time applications have not been “solved” fully by either a digital or optical processing. However, new algorithms and devices have made promising ways for a hybrid optical/digital system, in the form that is ready to translate into a practical solution. RP 06/91 2008-09-19T02:53:22Z 2008-09-19T02:53:22Z 1995 1995 Research Report http://hdl.handle.net/10356/8118 Nanyang Technological University application/pdf |
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DRNTU::Engineering::Computer science and engineering::Computing methodologies::Pattern recognition Abdul Wahab Sriskanthan Nadarajah Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
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Image processing or modification for the purpose of restoration, transmission (with/without data compression) and/or recognition of the images or its components, in the Optical Fourier Domain is referred to as Fourier Optical Signal Processing (FOSP). Pattern Recognition or to that extend Image Compression to date, for real-time applications have not been “solved” fully by either a digital or optical processing. However, new algorithms and devices have made promising ways for a hybrid optical/digital system, in the form that is ready to translate into a practical solution. |
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School of Applied Science |
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School of Applied Science Abdul Wahab Sriskanthan Nadarajah |
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Research Report |
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Abdul Wahab Sriskanthan Nadarajah |
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Abdul Wahab |
title |
Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
title_short |
Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
title_full |
Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
title_fullStr |
Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
title_full_unstemmed |
Fourier optical signal processing (FOSP): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
title_sort |
fourier optical signal processing (fosp): the use of optical system to perform image filtering, compression and to study the relationship between spatial/time/frequency domain |
publishDate |
2008 |
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http://hdl.handle.net/10356/8118 |
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1681059220107034624 |