Titlebook: Image Processing using Pulse-Coupled Neural Networks; Thomas Lindblad,Jason M. Kinser Book 19981st edition Springer-Verlag London 1998 cog

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Introduction and Theory,tion ability also holds true for animals, to a greater or lesser extent. A spider has no problem recognising a fly. Even a baby spider can do that. At this level we are talking about a few hundred to a thousand processing elements or neurons. Nevertheless the biological systems seem to do their job very well.

Oligarchy

1431-6854 ble on this topic * PCNN research is particularly relevant tPulse-coupled neural networks represent a new and exciting advance in image processing research. When exposed to grey scale or colour images they produce a series of binary pulse images which allow the content of the image to be assessed mu

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Software and Hardware Realisation, very fast. On a 90 MHz Pentium a single PCNN iteration for a 128x128 image takes about one second. While this may be sufficient in many cases, it is not fast enough for real-time applications. Therefore, implementation in parallel computers, dedicated hardware and optical computers are also discussed.

Granular

Book 19981st editionuce a series of binary pulse images which allow the content of the image to be assessed much more accurately than from the original. In this volume Thomas Lindblad and Jason Kinser provide a much needed introduction to the topic of PCNNs. They review the theoretical foundations, and then look at a n

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Introduction and Theory,m and was asked to find the light switch it would not take more than a second or two. Even if the light switch was located in a different place than the human expected or it was shaped differently than the human expected it would not be difficult to find the switch. Another example is that of recogn

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Target Recognition,esented in a variety of different views, rotations, scales, illumination, etc. Traditional target recognition methods have been successful only in limited cases and views. However, the three basic steps to Automatic Target Recognition or ATR are well known: (i) segment the image into regions, (ii) d