my web page
my web page
my web page
my web page
my web page
To demonstrate the video processing capabilities of the smart camera we chose the area of stationary vehicle detection, which is an important application in traffic surveillance. The qualitative decision is based on long-term intensity changes of background pixels. We focused on the tunnel environment, because background modelling is simpler compared to an outdoor scene with for example swaying trees. As more work will be done, especially for outdoor scenes, we paid attention to design a smart camera for future algorithms as well as to incorporate the video processing algorithms for this application.
To demonstrate the video processing capabilities of the smart camera we chose the area of stationary vehicle detection, which is an important application in traffic surveillance. The qualitative decision is based on long-term intensity changes of background pixels. We focused on the tunnel environment, because background modelling is simpler compared to an outdoor scene with for example swaying trees. As more work will be done, especially for outdoor scenes,
we paid attention to design a smart camera for future algorithms as well as to incorporate the video processing algorithms for this application.
copy the below code for above result.
we paid attention to design a smart camera for future algorithms as well as to incorporate the video processing algorithms for this application.
<html>
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<title> html::basic tags</title>
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<h1 align="center">my web page</h1>
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<h2 align="center">my web page</h2>
<h3 align="right"> my web page</h3>
<h4 align="left">my web page</h4>
<h5 align ="center">my web page</h5>
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<p align="center ">To demonstrate the video processing capabilities of the smart camera we chose the area of stationary vehicle detection, which is an important application in traffic surveillance. The qualitative decision is based on long-term intensity changes of background pixels. We focused on the tunnel environment, because background modelling is simpler compared to an outdoor scene with for example swaying trees. As more work will be done, especially for outdoor scenes, we paid attention to design a smart camera for future algorithms as well as to incorporate the video processing algorithms for this application.</p>
<p align="justfy">To demonstrate the video processing capabilities of the smart camera we chose the area of stationary vehicle detection, which is an important application in traffic surveillance. The qualitative decision is based on long-term intensity changes of background pixels. We focused on the tunnel environment, because background modelling is simpler compared to an outdoor scene with for example swaying trees. As more work will be done, especially for outdoor scenes, <br/>we paid attention to design a smart camera for future algorithms as well as to incorporate the video processing algorithms for this application.
</body>
</html>
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