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Linear filter theory based on Wiener filtering is well understood and used widely in many fields of image and signal processing. A field-programmable gate array (FPGA) implementation of a series of nonlinear filters is developed based on the concepts of Volterra series and these are applied to image interpolation problems. More explicitly, the aim is to interpolate one field of a frame of a television picture in real time to form an estimate of the second field. This is known as de-interlacing and is useful in many areas of video processing, for example standards conversion
|Title of host publication||International Conference on Image Processing, 2001|
|Publication status||Published - 2001|
- Volterra series, field programmable gate arrays, interpolation, nonlinear filters, real-time systems, television broadcasting, television standards, video signal processingFPGA, Volterra series, broadcast television, de-interlacing, field-programmable gate array, image interpolation, nonlinear filtering, nonlinear filters, real-time FPGA implementation, standards conversion, television picture, video processing
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- 1 Finished
McLaughlin, S. & Laurenson, D.
1/03/99 → 28/02/02